Dataset[<|"GRB 041217" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[2.71, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[5.65, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-2, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[18, "Seconds"], "Declination" -> Quantity[-17.944, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[61.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[270., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[30., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[72.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[106., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.82, "Seconds"], "EnergyFluenceStopTime" -> Quantity[7.89, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 041217", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.0999999999999996*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.0899999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[4.2199999999999994*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.106, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.5699999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.42*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.5*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2699999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.93*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.796, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[6.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[10.986, "HoursOfRightAscension"], "SNRatio" -> 19.3, "StartTimePeakPhotonFlux" -> Quantity[3.26, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 49.2, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[91.5, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[975., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.29, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.064, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[12.01, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[257., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.309, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.064, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[22.76, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[373., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 73.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[417., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.663, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.452", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[93.61, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1260., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.84*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.6299999999999995*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.198, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.81, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[333., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[25.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.191, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[21.06, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[492., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[25.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[499., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.385, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[5.812, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[7.888, "Seconds"], "TriggerNumber" -> "100116", "TriggerTime" -> DateObject[{2004, 12, 17, 7, 28, 25.920000076293945}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.63, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.55*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[9.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 041219A" -> <|"BasicComments" -> {"The event data are not available."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Missing["NotAvailable"], "BurstStopTimeFromBATTrigger" -> Missing["NotAvailable"], "Declination" -> Quantity[62.847, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data are not available."}, "FluencesComments" -> {"The event data are not available."}, "Name" -> "GRB 041219A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.4102666666666666, "HoursOfRightAscension"], "SNRatio" -> Missing["NotAvailable"], "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "100307", "TriggerTime" -> DateObject[{2004, 12, 19, 1, 42, 18.}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 041219B" -> <|"BasicComments" -> {"The event data are not available."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Missing["NotAvailable"], "BurstStopTimeFromBATTrigger" -> Missing["NotAvailable"], "Declination" -> Quantity[-33.458, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data are not available."}, "FluencesComments" -> {"The event data are not available."}, "Name" -> "GRB 041219B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.178266666666666, "HoursOfRightAscension"], "SNRatio" -> Missing["NotAvailable"], "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "100367", "TriggerTime" -> DateObject[{2004, 12, 19, 15, 38, 48.}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 041219C" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[10., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-3, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[17, "Seconds"], "Declination" -> Quantity[-76.786, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[20., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[114., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[25.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[34.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[34.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[12., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 041219C", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.08*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.95, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.76*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.63*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.68*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.41*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.42*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.191, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.92546666666667, "HoursOfRightAscension"], "SNRatio" -> 13.2, "StartTimePeakPhotonFlux" -> Quantity[2., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.089, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.087, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[103., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.007", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.2699999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.332, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.3, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[10.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 54.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[139., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.912, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[9., "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[12., "Seconds"], "TriggerNumber" -> "100380", "TriggerTime" -> DateObject[{2004, 12, 19, 20, 30, 34.}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[8.13, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.08*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 041220" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[2.2, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[5.58, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[60.596, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[8.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[36.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[5.92, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[9.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[12.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.21, "Seconds"], "EnergyFluenceStopTime" -> Quantity[6.81, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 041220", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.18*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.65, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.29*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.99, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.349999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.45*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.62*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.2*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.221, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.42006666666667, "HoursOfRightAscension"], "SNRatio" -> 31.9, "StartTimePeakPhotonFlux" -> Quantity[-0.02, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.122, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.12, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 30.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[56.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.672", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.2*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.408, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.36, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 53.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[126., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.479, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.936, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[6.812, "Seconds"], "TriggerNumber" -> "100433", "TriggerTime" -> DateObject[{2004, 12, 20, 22, 58, 26.598999977111816}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.25, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.3*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 041223" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[29.2, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[109.08, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-37.072, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[576., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1700., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[153., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[347., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[624., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-10.54, "Seconds"], "EnergyFluenceStopTime" -> Quantity[145.94, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 041223", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.71*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[15.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[27.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.94*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.23*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.048, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.9399999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.459999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.75*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.28*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.7699999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[7.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.679066666666667, "HoursOfRightAscension"], "SNRatio" -> 83.7, "StartTimePeakPhotonFlux" -> Quantity[35.01, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.03, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.03, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 33.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[106., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.153", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[189.82, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1180., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.009999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.88*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[3.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.099999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.532, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[53.27, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[438., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[40.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.512, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[204.65, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[788., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[39.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[635., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.701, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[126.776, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[145.944, "Seconds"], "TriggerNumber" -> "100585", "TriggerTime" -> DateObject[{2004, 12, 23, 14, 6, 17.955999851226807}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[24.3, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.2399999999999999*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[11.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 041224" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[37.68, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[177.17, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-6.666, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[149., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[853., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[133., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[261., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[309., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-109.63, "Seconds"], "EnergyFluenceStopTime" -> Quantity[116.27, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 041224", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.8499999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[21.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[34.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[11., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[14.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.33*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.6*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.859999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.4899999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.5399999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.41*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.029999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[3.7461333333333338, "HoursOfRightAscension"], "SNRatio" -> 11.4, "StartTimePeakPhotonFlux" -> Quantity[-0.06, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 36.9, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[68.9, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[101., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.264, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.058, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[6.95, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[26., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.281, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.058, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[11.74, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[37., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 62.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[43.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.984, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.731", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[105.23, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[676., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.05*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.9999999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 7.235, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[19.59, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[344., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 5.765, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[49.94, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[904., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 89., "TimeResolvedPowerLawNormalization50keV" -> Quantity[208., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.316, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[47.488, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[116.272, "Seconds"], "TriggerNumber" -> "100703", "TriggerTime" -> DateObject[{2004, 12, 24, 20, 20, 57.69799995422363}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.68, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.46*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 041226" -> <|"BasicComments" -> {"Re-calculate the image significance using the interval determined\nby the flight software"}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[52.72, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[89.5, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[73.34, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[8.85, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[31., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.81, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.36, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[11., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.34, "Seconds"], "EnergyFluenceStopTime" -> Quantity[93.5, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 041226", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.38, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.011, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.9399999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[5.299333333333334, "HoursOfRightAscension"], "SNRatio" -> 7.6, "StartTimePeakPhotonFlux" -> Quantity[3.31, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.417, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.43, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 85.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.416", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.783, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.787, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 83.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[16.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.252, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[7.608, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[93.496, "Seconds"], "TriggerNumber" -> "100815", "TriggerTime" -> DateObject[{2004, 12, 26, 20, 34, 18.97599983215332}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.75, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.3099999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 041228" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[19.54, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[52.16, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[5.027, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[84.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[345., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[52.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[90.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[118., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.4, "Seconds"], "EnergyFluenceStopTime" -> Quantity[66.78, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 041228", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.79*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.5499999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.14*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.9499999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.1099999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.76*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.44326666666667, "HoursOfRightAscension"], "SNRatio" -> 36.5, "StartTimePeakPhotonFlux" -> Quantity[22.03, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.077, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.077, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 64.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[55.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.617", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.8*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.288, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.269, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 61.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[95.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.114, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[36.936, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[66.776, "Seconds"], "TriggerNumber" -> "100970", "TriggerTime" -> DateObject[{2004, 12, 28, 10, 49, 14.142000198364258}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[2.49, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050117" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[83.51, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[166.65, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[65.934, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[211., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[867., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[112., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[226., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[318., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[4.28, "Seconds"], "EnergyFluenceStopTime" -> Quantity[215.86, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050117", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.66*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[15.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[23., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.025, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.17*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.1899999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.0199999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.13*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.413, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.899333333333335, "HoursOfRightAscension"], "SNRatio" -> 53.8, "StartTimePeakPhotonFlux" -> Quantity[87.22, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 32.2, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[130.27, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[64., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.172, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.042, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[26.73, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[10., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.182, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.042, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[70.61, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[13., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[44.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.171, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.519", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[95.53, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[304., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.2199999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[8.199999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 2.002, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[18.48, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[302., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[21., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.304, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[50.72, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[2770., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[20.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 79.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[211., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.852, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[197.692, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[215.86, "Seconds"], "TriggerNumber" -> "102861", "TriggerTime" -> DateObject[{2005, 1, 17, 12, 52, 36.03700017929077}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[88.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.1899999999999995*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050124" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "cutoff power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.88, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[3.93, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[13.041, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[28.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[118., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[30.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[46.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.9, "Seconds"], "EnergyFluenceStopTime" -> Quantity[3.07, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050124", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.0399999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.95, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.1899999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.31*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.54*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1099999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.659999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.2*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.19*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.95*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.572, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[5.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[12.858400000000001, "HoursOfRightAscension"], "SNRatio" -> 35., "StartTimePeakPhotonFlux" -> Quantity[-0.1, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 43.6, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[100.22, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[388., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.37, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.085, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[18.28, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[125., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.404, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.085, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[48.43, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[203., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[181., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.698, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.412", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[95.89, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1600., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.51*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.37*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.5999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.636, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[17.91, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[860., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[41.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.773, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[52.72, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[2330., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[41.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[458., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.134, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.692, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[3.068, "Seconds"], "TriggerNumber" -> "103647", "TriggerTime" -> DateObject[{2005, 1, 24, 11, 30, 2.875999927520752}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.36, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.909999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[9.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[13.0443, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.858486666666666, "HoursOfRightAscension"]|>, "GRB 050126" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[48., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[42.395, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[26.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[88., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[20.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[31.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-11.44, "Seconds"], "EnergyFluenceStopTime" -> Quantity[36.56, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit.", "Pe1s(15-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050126", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[5.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.2099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.2199999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.56*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(25-50) is an upper limit.", "Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit.", "Pph1s(15-150) is an upper limit."}, "Redshift" -> 1.29, "RedshiftReferences" -> {"BibCode" -> "2005ApJ...629..328B", "Author" -> "Berger E. et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[18.542266666666666, "HoursOfRightAscension"], "SNRatio" -> 15.2, "StartTimePeakPhotonFlux" -> Quantity[12.06, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[4.8, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[8.73, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.168, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.169, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 72.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[18.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.360", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.2*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.451, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.486, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 83.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[31.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.073, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[20.56, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[36.56, "Seconds"], "TriggerNumber" -> "103780", "TriggerTime" -> DateObject[{2005, 1, 26, 12, 0, 54.07299995422363}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.44, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.85*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050128" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[8., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[28., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-34.762, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[133., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[511., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[51.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[125., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[201., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-7.56, "Seconds"], "EnergyFluenceStopTime" -> Quantity[25.44, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050128", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.47*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[15.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[23.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[11.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.8399999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.66*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.23*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.143, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[4.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.8699999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.159999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.73*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.3899999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.2199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.954, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[7.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[14.638933333333336, "HoursOfRightAscension"], "SNRatio" -> 26.3, "StartTimePeakPhotonFlux" -> Quantity[5.44, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 49.5, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[113.71, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[316., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.313, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.071, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[20.22, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[85., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.333, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.071, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[50.8, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[123., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 63.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[162., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.716, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.368", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[90.55, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1450., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.13*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.15*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[3.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.374, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[15.7, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[766., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[54.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.361, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[44.52, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[2100., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[54.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 73.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[623., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.149, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[8.44, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[25.44, "Seconds"], "TriggerNumber" -> "103906", "TriggerTime" -> DateObject[{2005, 1, 28, 4, 19, 55.19099998474121}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[6.18, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.5399999999999999*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[14.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-34.7654, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.638246666666669, "HoursOfRightAscension"]|>, "GRB 050202" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.05, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.11, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[243, "Seconds"], "Declination" -> Quantity[-38.733, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.94, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[3.16, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.36, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.73, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1.13, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.14, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050202", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.53*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2199999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.46*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.5699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.062, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.372200000000007, "HoursOfRightAscension"], "SNRatio" -> 9.7, "StartTimePeakPhotonFlux" -> Quantity[-0.43, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.292, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[42.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.296, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[42.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[246., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.357", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "104298", "TriggerTime" -> DateObject[{2005, 2, 2, 3, 35, 14.800000190734863}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.08, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.1899999999999995*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050215A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[49., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[66.41, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-120, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[49.322, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[19.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[63.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.05, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[14.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[23., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.32, "Seconds"], "EnergyFluenceStopTime" -> Quantity[71.07, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050215A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.03*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.5999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.98, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.1099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.019999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.86*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.106, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.2274, "HoursOfRightAscension"], "SNRatio" -> 7.8, "StartTimePeakPhotonFlux" -> Quantity[5.62, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.261, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.267, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 43., "TimeAveragedPowerLawNormalization50keV" -> Quantity[9.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.326", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 3.589, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.614, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 53.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[25.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.693, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[32.836, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[71.068, "Seconds"], "TriggerNumber" -> "106106", "TriggerTime" -> DateObject[{2005, 2, 15, 2, 15, 28.54300022125244}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.4, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.67*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050215B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.74, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[10.62, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[229, "Seconds"], "Declination" -> Quantity[40.792, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3.49, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[23.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.05, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.41, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[6.57, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.98, "Seconds"], "EnergyFluenceStopTime" -> Quantity[10.86, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050215B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.08*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.13, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.469999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.4699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.631133333333336, "HoursOfRightAscension"], "SNRatio" -> 15.4, "StartTimePeakPhotonFlux" -> Quantity[0.09, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.223, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.209, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.173", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.4999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.559, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.449, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 57.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[37.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.794, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.92, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[10.856, "Seconds"], "TriggerNumber" -> "106107", "TriggerTime" -> DateObject[{2005, 2, 15, 2, 33, 43.198999881744385}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.52, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.6999999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[40.7974, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.629820000000002, "HoursOfRightAscension"]|>, "GRB 050219A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[10.06, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[23.84, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-40.685, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[98.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[408., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[33.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[102., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[173., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.81, "Seconds"], "EnergyFluenceStopTime" -> Quantity[29.98, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050219A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.11*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[10.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.6499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.09*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.041, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.0699999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.1399999999999995*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.7799999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.379999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1599999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.543, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.0942, "HoursOfRightAscension"], "SNRatio" -> 34.5, "StartTimePeakPhotonFlux" -> Quantity[9.54, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 39., "TimeAveragedCutoffPowerLawEPeak" -> Quantity[90.63, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[404., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.282, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.056, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.77, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[98., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.3, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.056, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[11.32, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[138., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 100.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[121., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.122, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.305", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[111.79, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1040., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.51*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.43*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.607, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[22.13, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[493., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.468, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[66.21, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1130., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[10.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 88.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[241., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.92, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[20.416, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[29.984, "Seconds"], "TriggerNumber" -> "106415", "TriggerTime" -> DateObject[{2005, 2, 19, 12, 40, 1.0489997863769531}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[10.52, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.149999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-40.6841, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.094166666666666, "HoursOfRightAscension"]|>, "GRB 050219B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[6.91, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[28.74, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-57.759, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[381., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1580., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[186., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[413., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[604., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-35.59, "Seconds"], "EnergyFluenceStopTime" -> Quantity[38.57, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050219B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.03*^-9, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[29.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[49.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[16.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[15.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[23.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.879999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.09*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.294, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[9.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.02*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.8399999999999998*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.2999999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.07*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.959999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[2.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[24.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[7.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[8.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[6.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[5.42, "HoursOfRightAscension"], "SNRatio" -> 29.7, "StartTimePeakPhotonFlux" -> Quantity[2.84, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 57.9, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[107.94, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[414., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.224, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.05, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[15.17, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[81., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.236, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.05, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[30.18, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[106., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 79.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[230., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.919, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.508", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[101.09, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[5500., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.21*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.25*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[9.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.4699999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.53, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[20.9, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[3120., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[147., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.509, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[49.58, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[9740., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[147., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 87.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[2310., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.099, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[11.656, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[38.568, "Seconds"], "TriggerNumber" -> "106442", "TriggerTime" -> DateObject[{2005, 2, 19, 21, 5, 51.25600004196167}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.06, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.4399999999999997*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[36.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-57.7581, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.4211333333333345, "HoursOfRightAscension"]|>, "GRB 050223" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[10.58, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[21.68, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-62.468, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[13.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[64.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[18.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[20.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-12.01, "Seconds"], "EnergyFluenceStopTime" -> Quantity[16.57, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050223", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.53*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.57, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.32*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.9999999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2199999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.76*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.584, "RedshiftReferences" -> {"BibCode" -> "2006A&A...459L...5P", "Author" -> "Pellizza, L.J. et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[18.09273333333334, "HoursOfRightAscension"], "SNRatio" -> 16.7, "StartTimePeakPhotonFlux" -> Quantity[1.64, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.163, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.158, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 49.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[24.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.826", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.8999999999999997*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.553, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.476, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 46.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[31.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.802, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[-2.004, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[16.568, "Seconds"], "TriggerNumber" -> "106709", "TriggerTime" -> DateObject[{2005, 2, 23, 3, 9, 6.067999839782715}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[7.74, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.37*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-62.4727, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.092333333333332, "HoursOfRightAscension"]|>, "GRB 050306" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[73.72, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[158.43, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-9.151, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[294., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1140., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[135., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[287., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[426., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.42, "Seconds"], "EnergyFluenceStopTime" -> Quantity[187.84, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050306", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.56*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[27.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[33.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[14.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[13.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[21.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.04*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.8499999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.48*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.04*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.8799999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1099999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.97, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.820866666666667, "HoursOfRightAscension"], "SNRatio" -> 30.5, "StartTimePeakPhotonFlux" -> Quantity[107.85, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 53.3, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[140.25, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[93., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.265, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.065, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[35.8, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[21., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.281, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.065, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[171.45, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[29., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[63.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.086, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.467", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.1899999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.2999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[24.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[24.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[219., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[178.552, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[187.844, "Seconds"], "TriggerNumber" -> "107547", "TriggerTime" -> DateObject[{2005, 3, 6, 3, 33, 11.875999927520752}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[107.96, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.03*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[7.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-9.1532, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.820653333333333, "HoursOfRightAscension"]|>, "GRB 050315" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[24.36, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[95.57, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-42.589, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[51.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[317., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[75.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[97.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[92., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-56.24, "Seconds"], "EnergyFluenceStopTime" -> Quantity[69.18, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050315", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.1199999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.011, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.85*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.13*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.67*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.47*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.2999999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.095, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.95, "RedshiftReferences" -> {"4"}, "RightAscension" -> Quantity[20.432000000000002, "HoursOfRightAscension"], "SNRatio" -> 25.4, "StartTimePeakPhotonFlux" -> Quantity[24.6, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[6.93, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[13.99, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.085, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.084, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 52.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[27.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.087", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[48.05, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[247., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.8999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.623, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.15, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[172., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[14.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.48, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[18.42, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[948., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 69.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[118., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.538, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[49.204, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[69.18, "Seconds"], "TriggerNumber" -> "111063", "TriggerTime" -> DateObject[{2005, 3, 15, 20, 59, 42.51800012588501}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[9.86, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.27*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-42.6004, "AngularDegrees"], "XRTRightAscension" -> Quantity[20.431720000000002, "HoursOfRightAscension"]|>, "GRB 050318" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[20.8, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[40., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[32, "Seconds"], "Declination" -> Quantity[-46.388, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 050318", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> 1.444, "RedshiftReferences" -> {"4"}, "RightAscension" -> Quantity[3.313133333333334, "HoursOfRightAscension"], "SNRatio" -> 30.9, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[3.02, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[5.68, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[66.41, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[975., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.9299999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.61*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.3999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.54, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.82, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[568., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[22.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.449, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[22.41, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1850., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[22.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 69.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[306., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.295, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[29.176, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[29.716, "Seconds"], "TriggerNumber" -> "111529", "TriggerTime" -> DateObject[{2005, 3, 18, 15, 44, 37.170000076293945}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-46.396, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.3141800000000003, "HoursOfRightAscension"]|>, "GRB 050319" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[124.57, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[151.74, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[43.58, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[24.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[133., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[27.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[39.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[41.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-134.09, "Seconds"], "EnergyFluenceStopTime" -> Quantity[27.76, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050319", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.32*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.56*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.92*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.9899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.69*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.68*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.2425, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[10.278133333333333, "HoursOfRightAscension"], "SNRatio" -> 8.2, "StartTimePeakPhotonFlux" -> Quantity[0.65, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[28.15, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[33.29, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.178, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.171, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 43.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[8.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.934", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.599999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.874, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 4.18, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72., "TimeResolvedPowerLawNormalization50keV" -> Quantity[92.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.18, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[8.028, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[27.764, "Seconds"], "TriggerNumber" -> "111622", "TriggerTime" -> DateObject[{2005, 3, 19, 9, 31, 18.448999881744385}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.65, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.8699999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[43.5486, "AngularDegrees"], "XRTRightAscension" -> Quantity[10.279973333333333, "HoursOfRightAscension"]|>, "GRB 050326" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[19.39, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[29.44, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-71.374, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[280., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[884., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[90.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[192., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[321., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-9.84, "Seconds"], "EnergyFluenceStopTime" -> Quantity[32.42, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050326", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.01*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.1299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.61*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.36*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.107, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.4799999999999995*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.1699999999999999*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.13*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.1*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.36*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[2.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[12.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[3.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[3.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.4587333333333333, "HoursOfRightAscension"], "SNRatio" -> 72.3, "StartTimePeakPhotonFlux" -> Quantity[-0.08, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.032, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.033, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 46.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[210., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.261", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[161.61, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1460., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.3499999999999999*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[7.42*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.099999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.343, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[40.7, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1460., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[46.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.325, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[126.54, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[3580., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[46.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[1210., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.905, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[27.464, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[32.424, "Seconds"], "TriggerNumber" -> "112453", "TriggerTime" -> DateObject[{2005, 3, 26, 9, 53, 56.135000228881836}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.48, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.6099999999999998*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[16., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050401" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[25.92, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[33.3, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[2.186, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[247., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[831., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[94.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[191., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[298., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-7.68, "Seconds"], "EnergyFluenceStopTime" -> Quantity[29.06, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050401", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.5299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[15.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[30.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[8.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[11.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.259999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[7.9*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.0499999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.0599999999999994*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.96*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.919999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.88*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.12*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.17*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[10.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[3.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[3.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.8983, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[16.524800000000003, "HoursOfRightAscension"], "SNRatio" -> 28.6, "StartTimePeakPhotonFlux" -> Quantity[24.27, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[6.53, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[8.37, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.064, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.064, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[232., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.358", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[36.9, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[3780., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.399999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.31*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[6.299999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.0199999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.872, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[21.42, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[3000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[109., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.645, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[9.66, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[47800., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[109., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 82.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[919., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.004, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[27.488, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[29.064, "Seconds"], "TriggerNumber" -> "113120", "TriggerTime" -> DateObject[{2005, 4, 1, 14, 20, 15.326000213623047}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[25.17, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050406" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.64, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[4.79, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-50.181, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.35, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[6.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[2.21, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[3.39, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1.07, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.5, "Seconds"], "EnergyFluenceStopTime" -> Quantity[3.9, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> {"S(100-150) is an upper limit."}, "Name" -> "GRB 050406", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[1.38, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.005, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.294466666666667, "HoursOfRightAscension"], "SNRatio" -> 8.3, "StartTimePeakPhotonFlux" -> Quantity[0.52, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 65.6, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[29.35, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[827., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.754, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.365, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[3.15, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[765., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 2.594, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.317, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[6.18, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[21700., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 73.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[12.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> 0.406, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.404", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "113872", "TriggerTime" -> DateObject[{2005, 4, 6, 15, 58, 48.40700006484985}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.6, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.13*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-50.1879, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.2978066666666668, "HoursOfRightAscension"]|>, "GRB 050410" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[32., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[64., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[243, "Seconds"], "Declination" -> Quantity[79.606, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[82.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[435., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[59.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[128., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[164., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-27.02, "Seconds"], "EnergyFluenceStopTime" -> Quantity[36.98, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050410", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[15.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[24.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.74*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.33*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.0699999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.9099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.9799999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.5099999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.119, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[5.9838000000000005, "HoursOfRightAscension"], "SNRatio" -> 23.5, "StartTimePeakPhotonFlux" -> Quantity[-3.52, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 49.9, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[75.63, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[190., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.355, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.08, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.22, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[62., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.386, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.08, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[20.97, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[101., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[76.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.812, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.616", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[70.88, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[284., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.3*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[8.9*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.406, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.1, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[152., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.436, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[27.97, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[410., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 63.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[101., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.184, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[20.976, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[36.976, "Seconds"], "TriggerNumber" -> "114299", "TriggerTime" -> DateObject[{2005, 4, 10, 12, 14, 33.55299997329712}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[7.84, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[8.1*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.99, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[79.6033, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.987073333333334, "HoursOfRightAscension"]|>, "GRB 050412" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.5, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[26.46, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-1.187, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[26.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[62.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.25, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[9.63, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[23.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-8.28, "Seconds"], "EnergyFluenceStopTime" -> Quantity[22.16, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050412", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.74*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.47*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.42*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.124, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[12.073266666666669, "HoursOfRightAscension"], "SNRatio" -> 16.7, "StartTimePeakPhotonFlux" -> Quantity[1.14, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.165, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.173, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 30.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[17.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.729", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.8*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.391, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.445, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 48., "TimeResolvedPowerLawNormalization50keV" -> Quantity[29.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.607, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[6.04, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[22.156, "Seconds"], "TriggerNumber" -> "114485", "TriggerTime" -> DateObject[{2005, 4, 12, 5, 44, 2.8940000534057617}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[21.66, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.2599999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050416A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "cutoff power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.67, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[6.62, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[21.054, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.76, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[40.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[19.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[13.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.87, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.03, "Seconds"], "EnergyFluenceStopTime" -> Quantity[10.14, "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050416A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.21*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.94*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.1299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.9899999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.640000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.439999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.7499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.008, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[4.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> 0.6528, "RedshiftReferences" -> {"5"}, "RightAscension" -> Quantity[12.565133333333335, "HoursOfRightAscension"], "SNRatio" -> 13.5, "StartTimePeakPhotonFlux" -> Quantity[0.03, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 52.2, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[13.67, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[48700., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.012, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.319, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[12.56, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[0., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 2.279, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.285, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[7.93, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[0., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[30.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.972, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-3.180", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.1*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.875, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[29., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.647, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[29.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 64.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[180., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.938, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.172, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[10.144, "Seconds"], "TriggerNumber" -> "114753", "TriggerTime" -> DateObject[{2005, 4, 16, 11, 4, 44.48799991607666}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.72, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.4999999999999996*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[7.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[21.0575, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.565173333333332, "HoursOfRightAscension"]|>, "GRB 050416B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.56, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[3.4, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-50, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[100, "Seconds"], "Declination" -> Quantity[11.186, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[27.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[111., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[10.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[27.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[45.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.06, "Seconds"], "EnergyFluenceStopTime" -> Quantity[4.2, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050416B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.2799999999999995*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.61, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.09*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.4299999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.0699999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.144, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[4.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.12*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.73*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.269999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.06*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.12*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[6.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.923133333333334, "HoursOfRightAscension"], "SNRatio" -> 19.7, "StartTimePeakPhotonFlux" -> Quantity[0.14, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 64.3, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[95.72, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[762., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.585, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.128, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[19.41, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[344., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[21.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.679, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.128, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[65.46, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[751., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[21.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 72.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[285., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.391, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.327", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[59.2, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1180., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.01*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.37*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.4*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.251, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.77, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1180., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[40.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.242, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[28.02, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[6260., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[40.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 69.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[478., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.086, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.576, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[4.196, "Seconds"], "TriggerNumber" -> "114797", "TriggerTime" -> DateObject[{2005, 4, 16, 22, 35, 54.11899995803833}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.2, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.199999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[8.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050418" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[61.48, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[81.78, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-18.542, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[109., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[511., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[77.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[143., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[181., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-8.35, "Seconds"], "EnergyFluenceStopTime" -> Quantity[80.5, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050418", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.03*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[19.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.5399999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1699999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.34*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.79*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.57*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.23*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.595, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.9559333333333333, "HoursOfRightAscension"], "SNRatio" -> 43.1, "StartTimePeakPhotonFlux" -> Quantity[0.72, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 50.2, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[99.77, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[96., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.246, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.06, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[21.21, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[22., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.26, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.06, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[86.68, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[31., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[63.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.292, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.665", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[141.15, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1990., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.27*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.21*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.543, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[32.57, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1530., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.433, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[102.55, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[7930., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 93.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[315., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.059, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[77.48, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[80.5, "Seconds"], "TriggerNumber" -> "114893", "TriggerTime" -> DateObject[{2005, 4, 18, 11, 0, 34.629000186920166}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.35, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.61*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050421" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.71, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[11.04, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[73.687, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3.58, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[14.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[2.13, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[3.69, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[4.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.05, "Seconds"], "EnergyFluenceStopTime" -> Quantity[18.11, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050421", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.089999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.038, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[20.4874, "HoursOfRightAscension"], "SNRatio" -> 7.8, "StartTimePeakPhotonFlux" -> Quantity[0.36, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.429, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.412, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[8.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.593", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "115135", "TriggerTime" -> DateObject[{2005, 4, 21, 4, 11, 51.617000102996826}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.33, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.5399999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[73.6551, "AngularDegrees"], "XRTRightAscension" -> Quantity[20.484120000000004, "HoursOfRightAscension"]|>, "GRB 050422" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[48., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[80., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[55.787, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[17.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[59.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.24, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[14.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[21.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-11.3, "Seconds"], "EnergyFluenceStopTime" -> Quantity[68.7, "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050422", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.539999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[8.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.76*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.041, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.6336, "HoursOfRightAscension"], "SNRatio" -> 12.5, "StartTimePeakPhotonFlux" -> Quantity[60.2, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.205, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.204, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[7.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.408", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.317, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.289, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[11.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.035, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[52.704, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[68.704, "Seconds"], "TriggerNumber" -> "115214", "TriggerTime" -> DateObject[{2005, 4, 22, 7, 52, 39.807000160217285}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.52, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.29*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050502B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.6, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[16.62, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[16.986, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[11.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[47.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.97, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[16.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-17.32, "Seconds"], "EnergyFluenceStopTime" -> Quantity[3.18, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050502B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.039999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.0099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.0699999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.469999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.104, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[9.502466666666667, "HoursOfRightAscension"], "SNRatio" -> 21.6, "StartTimePeakPhotonFlux" -> Quantity[0.22, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.135, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.133, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 67.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[24.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.587", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.45*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.498, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[14.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.459, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 80.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[145., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.238, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.456, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[3.176, "Seconds"], "TriggerNumber" -> "116116", "TriggerTime" -> DateObject[{2005, 5, 2, 9, 25, 40.46400022506714}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.89, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.2199999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[16.9966, "AngularDegrees"], "XRTRightAscension" -> Quantity[9.502806666666666, "HoursOfRightAscension"]|>, "GRB 050505" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[23.19, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[58.88, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[30.267, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[72.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[251., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[30., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[58.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[89.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-10.06, "Seconds"], "EnergyFluenceStopTime" -> Quantity[52.51, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050505", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.83*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[18.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.32*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.5099999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.89*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.67*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.3899999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.169999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.299, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 4.275, "RedshiftReferences" -> {"6"}, "RightAscension" -> Quantity[9.450466666666667, "HoursOfRightAscension"], "SNRatio" -> 21., "StartTimePeakPhotonFlux" -> Quantity[1.02, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[4.55, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[11.37, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.117, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.118, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 43.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[41.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.396", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.4599999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.262, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.266, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 73.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[146., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.236, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[9.116, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[52.508, "Seconds"], "TriggerNumber" -> "117504", "TriggerTime" -> DateObject[{2005, 5, 5, 23, 22, 21.098000049591064}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-8.37, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.3799999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[30.2734, "AngularDegrees"], "XRTRightAscension" -> Quantity[9.45092, "HoursOfRightAscension"]|>, "GRB 050507" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[123.2, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[217.6, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[32, "Seconds"], "Declination" -> Quantity[-11.051, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 050507", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[3.2042666666666664, "HoursOfRightAscension"], "SNRatio" -> 12.5, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "118248", "TriggerTime" -> DateObject[{2005, 5, 7, 22, 43, 18.310999870300293}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050509A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.05, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[11.39, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[123, "Seconds"], "Declination" -> Quantity[54.08, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[5.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[33.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[8.25, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[9.65, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-6.26, "Seconds"], "EnergyFluenceStopTime" -> Quantity[8.06, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050509A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.009999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.008, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.19*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.044, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[20.704866666666668, "HoursOfRightAscension"], "SNRatio" -> 21.2, "StartTimePeakPhotonFlux" -> Quantity[0.67, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.174, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.165, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[25.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.114", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.099999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.817, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.607, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 56.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[54.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.828, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.96, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[8.056, "Seconds"], "TriggerNumber" -> "118707", "TriggerTime" -> DateObject[{2005, 5, 9, 1, 46, 28.517000198364258}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-4.93, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.14*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[54.0714, "AngularDegrees"], "XRTRightAscension" -> Quantity[20.70555333333333, "HoursOfRightAscension"]|>, "GRB 050509B" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.01, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.02, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[28.999, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.22, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[0.71, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.08, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.16, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[0.26, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.03, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050509B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.03*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.82*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.03*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(25-50) is an upper limit.", "Pph1s(50-100) is an upper limit.", "Pph1s(15-150) is an upper limit."}, "Redshift" -> 0.226, "RedshiftReferences" -> {"7"}, "RightAscension" -> Quantity[12.608066666666666, "HoursOfRightAscension"], "SNRatio" -> 8.5, "StartTimePeakPhotonFlux" -> Quantity[-0.48, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.399, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[65.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.405, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[65.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[256., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.275", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> {"battblocks failed because of the weak signal in the light curve."}, "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "118749", "TriggerTime" -> DateObject[{2005, 5, 9, 4, 0, 19.236999988555908}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.01, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.1399999999999995*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[28.9842, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.603820000000002, "HoursOfRightAscension"]|>, "GRB 050525A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "cutoff power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.22, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[8.84, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[26.339, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[299., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1510., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[220., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[440., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[555., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.12, "Seconds"], "EnergyFluenceStopTime" -> Quantity[12.68, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050525A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[4.739999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[20., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[9.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.05*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[4.4*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.9499999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.152, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.559999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.38*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.13*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.359999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.38*^-9, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[4.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[41., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[9.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[14.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[12.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.606, "RedshiftReferences" -> {"8"}, "RightAscension" -> Quantity[18.542533333333335, "HoursOfRightAscension"], "SNRatio" -> 142.2, "StartTimePeakPhotonFlux" -> Quantity[0.54, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.89, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[4.24, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 25.9, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[80.41, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[2670., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.1, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[2.92, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[229., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.102, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[3.47, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[255., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 212.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[1320., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.026, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.783", "TimeAveragedSpectralComments" -> {"No error because of reduced chi2 > 2."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[166.98, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[12100., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.5*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.4099999999999995*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.27*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.1699999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[41.61, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[4310., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[173., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[154.84, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[12600., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[173., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 191.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[4480., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.931, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[11.46, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[12.676, "Seconds"], "TriggerNumber" -> "130088", "TriggerTime" -> DateObject[{2005, 5, 25, 0, 2, 53.51700019836426}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.94*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[53.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[26.3395, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.542406666666665, "HoursOfRightAscension"]|>, "GRB 050528" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.31, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[10.08, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[45.958, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[6.18, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[44.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[14.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-8.2, "Seconds"], "EnergyFluenceStopTime" -> Quantity[4.98, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050528", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.52*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.98, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.23*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.3999999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.109999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.17*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.123, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.568533333333335, "HoursOfRightAscension"], "SNRatio" -> 9.9, "StartTimePeakPhotonFlux" -> Quantity[3.42, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.266, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.243, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 46.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[35.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.241", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "130679", "TriggerTime" -> DateObject[{2005, 5, 28, 4, 6, 45.127999782562256}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-5.01, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.88*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050603" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[22., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-25.174, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[233., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[703., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[66.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[147., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[257., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-17.77, "Seconds"], "EnergyFluenceStopTime" -> Quantity[33.23, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050603", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.38*^-9, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[16.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[28.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[11.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.9*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.589999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.6899999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.47*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.294, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[9.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.62*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.58*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.519999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.47*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.839999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[3.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[15.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[4.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[5.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.821, "RedshiftReferences" -> {"9"}, "RightAscension" -> Quantity[2.6656000000000004, "HoursOfRightAscension"], "SNRatio" -> 23.5, "StartTimePeakPhotonFlux" -> Quantity[-0.77, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.57, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[2.53, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.07, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.071, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[136., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.192", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[170.3, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[2310., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.4299999999999998*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.4199999999999999*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[6.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.55, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[39.25, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[591., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[54.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.556, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[111.53, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[830., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[54.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 75.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[1280., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.897, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[9.232, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[33.232, "Seconds"], "TriggerNumber" -> "131560", "TriggerTime" -> DateObject[{2005, 6, 3, 6, 29, 5.214000225067139}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.2, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.97*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[50.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-25.1819, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.665813333333334, "HoursOfRightAscension"]|>, "GRB 050607" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[48., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[9.131, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[11.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[61.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[17.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[19., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-11.37, "Seconds"], "EnergyFluenceStopTime" -> Quantity[36.63, "Seconds"], "EnergyFluxComments" -> {"Pe1s(25-50) is an upper limit.", "Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050607", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.689999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.5499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[20.01193333333333, "HoursOfRightAscension"], "SNRatio" -> 16.9, "StartTimePeakPhotonFlux" -> Quantity[12.13, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.181, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.174, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[13.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.912", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.639, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.544, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 71., "TimeResolvedPowerLawNormalization50keV" -> Quantity[17.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.883, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[20.632, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[36.632, "Seconds"], "TriggerNumber" -> "132247", "TriggerTime" -> DateObject[{2005, 6, 7, 9, 11, 22.807000160217285}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.23, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.7899999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050701" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[17.6, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[30.4, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-10, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[33, "Seconds"], "Declination" -> Quantity[-59.399, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[31.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[136., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[22.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[36.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[45.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-4.73, "Seconds"], "EnergyFluenceStopTime" -> Quantity[28.41, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050701", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.34*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.809999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.25*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.4799999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.0899999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.09*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.346, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.149666666666667, "HoursOfRightAscension"], "SNRatio" -> 10.5, "StartTimePeakPhotonFlux" -> Quantity[7.36, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.085, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.084, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 61.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[44.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.683", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[69.63, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[315., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.18*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.811, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[14.19, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[147., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[19.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.647, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[54.63, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[334., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[19.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 67.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[223., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.347, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[26.632, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[28.408, "Seconds"], "TriggerNumber" -> "143708", "TriggerTime" -> DateObject[{2005, 7, 1, 11, 42, 59.47200012207031}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[7.92, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.17*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-59.4144, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.150433333333332, "HoursOfRightAscension"]|>, "GRB 050712" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[26.88, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[51.61, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[64.928, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[29.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[109., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[14.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[26.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[38.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-20.44, "Seconds"], "EnergyFluenceStopTime" -> Quantity[40.12, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050712", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.2499999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.98, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.33*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.4199999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[5.1814, "HoursOfRightAscension"], "SNRatio" -> 14.2, "StartTimePeakPhotonFlux" -> Quantity[17.39, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.177, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.176, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[18.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.494", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[19.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[-19.916, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[40.124, "Seconds"], "TriggerNumber" -> "145581", "TriggerTime" -> DateObject[{2005, 7, 12, 14, 0, 27.517000198364258}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[14.32, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.2999999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[64.9134, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.180053333333333, "HoursOfRightAscension"]|>, "GRB 050713A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[10.5, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[94.91, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[77.073, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[132., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[505., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[70.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[127., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[175., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-60.68, "Seconds"], "EnergyFluenceStopTime" -> Quantity[121.34, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050713A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.3699999999999996*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[20.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.56*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.8799999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.1499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.038, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.22*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.86*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.9799999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.43*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.3999999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.619, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[4.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.37093333333334, "HoursOfRightAscension"], "SNRatio" -> 29.2, "StartTimePeakPhotonFlux" -> Quantity[1.06, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.071, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.07, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[29.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.532", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[139.32, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[418., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.3*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.6499999999999996*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[36.54, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[94., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[18.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[158.17, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[130., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[339., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[101.432, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[121.336, "Seconds"], "TriggerNumber" -> "145675", "TriggerTime" -> DateObject[{2005, 7, 13, 4, 29, 2.3959999084472656}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.81, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.49*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[77.0747, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.369266666666665, "HoursOfRightAscension"]|>, "GRB 050713B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[31.87, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[122.03, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[60.94, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[120., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[432., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[55., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[104., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[153., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.02, "Seconds"], "EnergyFluenceStopTime" -> Quantity[177.7, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050713B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[17.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[35.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[8.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[14.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.56*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.5099999999999994*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.3899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.037, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.6*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.36*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.88*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.41*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.75*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.183, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[20.522066666666667, "HoursOfRightAscension"], "SNRatio" -> 14.5, "StartTimePeakPhotonFlux" -> Quantity[4.42, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.133, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.133, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 42.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[25.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.449", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.0099999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.326, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.301, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 55.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[101., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.269, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[69.44, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[177.696, "Seconds"], "TriggerNumber" -> "145754", "TriggerTime" -> DateObject[{2005, 7, 13, 12, 7, 17.627999782562256}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[78.96, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.38*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[60.9455, "AngularDegrees"], "XRTRightAscension" -> Quantity[20.520986666666666, "HoursOfRightAscension"]|>, "GRB 050714B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[23.3, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[46.87, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-170, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-15.545, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.66, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[52.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[16.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[24., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[10.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[17.99, "Seconds"], "EnergyFluenceStopTime" -> Quantity[68.25, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> {"S(100-150) is an upper limit."}, "Name" -> "GRB 050714B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[9.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.61*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.4*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.03*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.068, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.312666666666669, "HoursOfRightAscension"], "SNRatio" -> 8.5, "StartTimePeakPhotonFlux" -> Quantity[55.17, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 52.7, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[28.71, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[217., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.433, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.302, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[28.7, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[189., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 1.927, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.27, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[7.26, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[3690., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[12.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.416, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.406", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.1*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.633, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[29.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.52, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[28.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 76.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[65.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.143, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[67.904, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[68.248, "Seconds"], "TriggerNumber" -> "145994", "TriggerTime" -> DateObject[{2005, 7, 14, 22, 40, 32.376999855041504}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[43.66, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.96*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-15.5469, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.313233333333335, "HoursOfRightAscension"]|>, "GRB 050715" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[31.86, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[49.62, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-100, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-0.033, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[33.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[138., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[21.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[36.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[46.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-11.3, "Seconds"], "EnergyFluenceStopTime" -> Quantity[53.42, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050715", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.36*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2199999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.7499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1499999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.9299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.47*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.089, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[10.377066666666666, "HoursOfRightAscension"], "SNRatio" -> 20.6, "StartTimePeakPhotonFlux" -> Quantity[40.42, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.111, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.11, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 63.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[22.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.623", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.7999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[60., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[43.6, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[53.42, "Seconds"], "TriggerNumber" -> "146129", "TriggerTime" -> DateObject[{2005, 7, 15, 22, 30, 26.423999786376953}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[41.38, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.53*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050716" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[35.41, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[69.02, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[38.685, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[163., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[615., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[62.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[150., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[240., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-13.68, "Seconds"], "EnergyFluenceStopTime" -> Quantity[76.39, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050716", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.7*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[16.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[24.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.13, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.34*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.7799999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.8099999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.68*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.0499999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.9799999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.245, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.572933333333335, "HoursOfRightAscension"], "SNRatio" -> 29., "StartTimePeakPhotonFlux" -> Quantity[12.22, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 43.3, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[122.15, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[128., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.254, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.06, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[22.86, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[29., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.27, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.061, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[55.11, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[40., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[71.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.791, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.342", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[132.08, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[232., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.29*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.467, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[33.09, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[69., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.409, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[136.78, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[107., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[133., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.889, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[66.468, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[76.388, "Seconds"], "TriggerNumber" -> "146227", "TriggerTime" -> DateObject[{2005, 7, 16, 12, 36, 3.6389999389648438}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[7.54, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.34*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[38.6844, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.572446666666668, "HoursOfRightAscension"]|>, "GRB 050717" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[27.55, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[77.84, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-50.542, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[197., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[634., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[66.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[140., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[230., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.02, "Seconds"], "EnergyFluenceStopTime" -> Quantity[209.15, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050717", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.53*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.6899999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.8999999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.042, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.03*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.71*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.63*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1099999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.11*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[6.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[14.290333333333335, "HoursOfRightAscension"], "SNRatio" -> 52.5, "StartTimePeakPhotonFlux" -> Quantity[2.7, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.051, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.051, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[30.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.286", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[42.13, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[14000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.35*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.53*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.199999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[3.53, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[9290., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[55.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[5.46, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[60700., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[55.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[596., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[209.14, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[209.152, "Seconds"], "TriggerNumber" -> "146372", "TriggerTime" -> DateObject[{2005, 7, 17, 10, 30, 52.29300022125244}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.12, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[8.99*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[9.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-50.5335, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.290119999999998, "HoursOfRightAscension"]|>, "GRB 050721" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[29.95, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[94.37, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-28.39, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[70.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[361., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[72., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[105., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[114., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.28, "Seconds"], "EnergyFluenceStopTime" -> Quantity[149.55, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050721", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.87*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[8.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[13.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[31.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[9.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[8.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[13.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.21*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.7499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.51*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.72*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.73*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.379999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.99, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.896933333333337, "HoursOfRightAscension"], "SNRatio" -> 12.4, "StartTimePeakPhotonFlux" -> Quantity[3.72, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.151, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.147, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 82.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[26.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.884", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.49*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.536, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.456, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 69.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[160., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.6, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[39.756, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[149.552, "Seconds"], "TriggerNumber" -> "146970", "TriggerTime" -> DateObject[{2005, 7, 21, 4, 29, 14.287000179290771}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-1.2, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.01*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-28.381, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.89570666666667, "HoursOfRightAscension"]|>, "GRB 050724" -> <|"BasicComments" -> {"Short duration GRB with an extended emission."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[69.22, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[99.14, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-27.526, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[19., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[101., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[20.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[29.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[31.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.02, "Seconds"], "EnergyFluenceStopTime" -> Quantity[107.14, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050724", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.9399999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.27*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.61*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.3899999999999995*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.88*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.41*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.029999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.286, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.258, "RedshiftReferences" -> {"10"}, "RightAscension" -> Quantity[16.41206666666667, "HoursOfRightAscension"], "SNRatio" -> 12.6, "StartTimePeakPhotonFlux" -> Quantity[-0.02, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.211, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.203, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[10.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.927", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.479999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[7.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.438, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[68.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.396, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[68.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 73.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[762., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.329, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[3.236, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[107.14, "Seconds"], "TriggerNumber" -> "147478", "TriggerTime" -> DateObject[{2005, 7, 24, 12, 34, 9.361000061035156}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[8.929999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[12.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-27.5408, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.41230666666667, "HoursOfRightAscension"]|>, "GRB 050726" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[18.14, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[49.7, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-32.065, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[77.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[197., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[33.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[73.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-40.83, "Seconds"], "EnergyFluenceStopTime" -> Quantity[15.63, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050726", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.0199999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[21.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.7299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.1099999999999995*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.1799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.041, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.5599999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.2699999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.43*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.69*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.231, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[13.335, "HoursOfRightAscension"], "SNRatio" -> 12.8, "StartTimePeakPhotonFlux" -> Quantity[1.08, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.197, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.209, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 65.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[30.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.887", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.5*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.341, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.379, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 86.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[57.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.874, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[-0.8, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[15.632, "Seconds"], "TriggerNumber" -> "147788", "TriggerTime" -> DateObject[{2005, 7, 26, 5, 0, 17.829999923706055}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[6.28, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.92*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-32.0642, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.336646666666669, "HoursOfRightAscension"]|>, "GRB 050730" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[59.87, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[145.05, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-3.755, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[63., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[237., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[32.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[58.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[82.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-57.27, "Seconds"], "EnergyFluenceStopTime" -> Quantity[120.52, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050730", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.38, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.61*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.071, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.9693, "RedshiftReferences" -> {"10"}, "RightAscension" -> Quantity[14.138, "HoursOfRightAscension"], "SNRatio" -> 18.9, "StartTimePeakPhotonFlux" -> Quantity[5.03, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[13., "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[28.67, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.108, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.107, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 38.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[14., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.510", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.189, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.188, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 56.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[31.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.284, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[21.9, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[120.516, "Seconds"], "TriggerNumber" -> "148225", "TriggerTime" -> DateObject[{2005, 7, 30, 19, 58, 23.198999881744385}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[9.64, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.9*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-3.7717, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.1381, "HoursOfRightAscension"]|>, "GRB 050801" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[6.91, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[19.4, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-21.932, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[5.42, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[30.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.83, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[9.27, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[9.28, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.05, "Seconds"], "EnergyFluenceStopTime" -> Quantity[25.69, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050801", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.640000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.13, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2099999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.45*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.1699999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.3799999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.73*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.2*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.175, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.38, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[13.609600000000002, "HoursOfRightAscension"], "SNRatio" -> 16.1, "StartTimePeakPhotonFlux" -> Quantity[0.05, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.79, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.1, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.253, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.236, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[13., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.000", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.03*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.066, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.745, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 68.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[109., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.53, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[6.576, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[25.688, "Seconds"], "TriggerNumber" -> "148522", "TriggerTime" -> DateObject[{2005, 8, 1, 18, 28, 2.0749998092651367}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.17, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.2*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-21.9286, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.609826666666667, "HoursOfRightAscension"]|>, "GRB 050802" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.09, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[27.46, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-135, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[27.795, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[60., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[221., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[29.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[54.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[77.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.41, "Seconds"], "EnergyFluenceStopTime" -> Quantity[30.06, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050802", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.27*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[18.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.78*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.53*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[8.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.3799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.043, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.8*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.21*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.94*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.99*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.346, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.7102, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[14.619, "HoursOfRightAscension"], "SNRatio" -> 17.5, "StartTimePeakPhotonFlux" -> Quantity[0.03, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.29, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[4.72, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.139, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.138, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[69.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.482", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.08*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.3999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.456, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[22.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.451, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[22.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 73.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[215., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.204, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[10.16, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[30.064, "Seconds"], "TriggerNumber" -> "148646", "TriggerTime" -> DateObject[{2005, 8, 2, 10, 8, 2.2659997940063477}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.17, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.8899999999999995*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[27.7866, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.618286666666668, "HoursOfRightAscension"]|>, "GRB 050803" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[37.91, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[88.12, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[5.788, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[62.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[217., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[25.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[50.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[77.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[59.58, "Seconds"], "EnergyFluenceStopTime" -> Quantity[165.12, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050803", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.53*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.6299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.14*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.97*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.133, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.3764, "HoursOfRightAscension"], "SNRatio" -> 22.7, "StartTimePeakPhotonFlux" -> Quantity[147.11, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.106, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.106, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 50., "TimeAveragedPowerLawNormalization50keV" -> Quantity[21.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.392", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.299999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.566, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.607, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 80.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[72.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.197, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[148.5, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[165.124, "Seconds"], "TriggerNumber" -> "148833", "TriggerTime" -> DateObject[{2005, 8, 3, 19, 14, 0.34399986267089844}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[69.03, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.56*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[5.7858, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.377200000000002, "HoursOfRightAscension"]|>, "GRB 050813" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.26, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.45, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[11.247, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.25, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[3.65, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.27, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.16, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1.74, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.02, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.53, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> {"S(100-150) is an upper limit."}, "Name" -> "GRB 050813", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.4099999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[1.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.2099999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.54*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.13346666666667, "HoursOfRightAscension"], "SNRatio" -> 6.6, "StartTimePeakPhotonFlux" -> Quantity[-0.2, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 51.4, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[64.51, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[1600., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.854, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.356, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[15.13, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1400., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[19.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 1.662, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.367, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[42.32, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[6070., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[19.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[83.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> 1.338, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.243", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "150139", "TriggerTime" -> DateObject[{2005, 8, 13, 6, 45, 9.76800012588501}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.12, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.0799999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[11.2494, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.132493333333333, "HoursOfRightAscension"]|>, "GRB 050814" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[48., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[144., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[46.333, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[43.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[195., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[34., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[53.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[64.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-11.64, "Seconds"], "EnergyFluenceStopTime" -> Quantity[180.36, "Seconds"], "EnergyFluxComments" -> {"Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050814", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[21.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.13, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.92*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.4699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.5599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.64*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.074, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(25-50) is an upper limit.", "Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit."}, "Redshift" -> 5.3, "RedshiftReferences" -> {"11"}, "RightAscension" -> Quantity[17.6136, "HoursOfRightAscension"], "SNRatio" -> 10.8, "StartTimePeakPhotonFlux" -> Quantity[11.86, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[7.91, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[24.81, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.17, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.166, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[11., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.745", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[57.46, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[93., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.434, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.15, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[93., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.385, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[26.18, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[226., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 58.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[20.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.694, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[68.36, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[180.36, "Seconds"], "TriggerNumber" -> "150314", "TriggerTime" -> DateObject[{2005, 8, 14, 11, 38, 56.96600008010864}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[66.31, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.73*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[46.3396, "AngularDegrees"], "XRTRightAscension" -> Quantity[17.61258666666667, "HoursOfRightAscension"]|>, "GRB 050815" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.49, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[2.38, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[123, "Seconds"], "Declination" -> Quantity[9.135, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.89, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[7.88, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.42, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[3.59, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[2.59, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.73, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.48, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> {"S(100-150) is an upper limit."}, "Name" -> "GRB 050815", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.7599999999999994*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[1.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.87*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.048, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.572200000000002, "HoursOfRightAscension"], "SNRatio" -> 11., "StartTimePeakPhotonFlux" -> Quantity[-0.1, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 50., "TimeAveragedCutoffPowerLawEPeak" -> Quantity[43.61, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[11100., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.351, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.241, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[6.09, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 1.78, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.23, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[8.65, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 63.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[32.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> 0.872, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.810", "TimeAveragedSpectralComments" -> {"K50CPL is an upper limit."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "150532", "TriggerTime" -> DateObject[{2005, 8, 15, 17, 25, 18.723000049591064}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.81, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.1499999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[9.1469, "AngularDegrees"], "XRTRightAscension" -> Quantity[19.57304, "HoursOfRightAscension"]|>, "GRB 050819" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[18.28, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[37.72, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[24.87, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.63, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[30.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[11.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[14., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[4.51, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-7.22, "Seconds"], "EnergyFluenceStopTime" -> Quantity[40.08, "Seconds"], "EnergyFluxComments" -> {"Pe1s(50-100) is an upper limit."}, "FluencesComments" -> {"S(100-150) is an upper limit."}, "Name" -> "GRB 050819", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[4.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.98, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.6*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.916733333333333, "HoursOfRightAscension"], "SNRatio" -> 10.8, "StartTimePeakPhotonFlux" -> Quantity[9.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 41.2, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[23.29, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[183., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.214, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.292, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[23.28, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[183., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 2.051, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.261, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[6.01, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[4300., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48., "TimeAveragedPowerLawNormalization50keV" -> Quantity[7.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.49, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.639", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "151131", "TriggerTime" -> DateObject[{2005, 8, 19, 16, 23, 55.13199996948242}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[18.78, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[8.099999999999999*^-11, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[24.8608, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.917126666666668, "HoursOfRightAscension"]|>, "GRB 050820A" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[241, "Seconds"], "Declination" -> Quantity[19.56, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 050820A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> 2.6147, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[22.494266666666668, "HoursOfRightAscension"], "SNRatio" -> 24.8, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[15.93, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[31.57, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.71*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.592, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 2.41, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 73.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[165., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> 0.59, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[227.62, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[237.624, "Seconds"], "TriggerNumber" -> "151207", "TriggerTime" -> DateObject[{2005, 8, 20, 6, 34, 53.114999771118164}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[19.5604, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.49392666666667, "HoursOfRightAscension"]|>, "GRB 050820B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[3.76, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[12.06, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-72.641, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[53.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[205., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[19.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[49.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[82.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.31, "Seconds"], "EnergyFluenceStopTime" -> Quantity[15.02, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050820B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.4599999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.98, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.33*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.78*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1499999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.65*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.3199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.44*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.53*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[9.040533333333336, "HoursOfRightAscension"], "SNRatio" -> 70.8, "StartTimePeakPhotonFlux" -> Quantity[8.59, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 64.3, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[109.58, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[298., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.188, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.042, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[12.06, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[51., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.197, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.042, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[18.85, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[65., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 112.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[141., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.591, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.318", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[146.64, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1470., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.2899999999999995*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.2*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.728, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[30.05, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1470., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.744, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[72.97, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[5510., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 93.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[317., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.062, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[14.536, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[15.02, "Seconds"], "TriggerNumber" -> "151334", "TriggerTime" -> DateObject[{2005, 8, 20, 23, 50, 27.193999767303467}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[8.81, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.61*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050822" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[45.08, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[104.12, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-67, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-46.027, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[31.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[248., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[72.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[80.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[64.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.78, "Seconds"], "EnergyFluenceStopTime" -> Quantity[133.69, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050822", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.59*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.5199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.3899999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.1299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.2199999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.129, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.97, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[3.407066666666667, "HoursOfRightAscension"], "SNRatio" -> 14.6, "StartTimePeakPhotonFlux" -> Quantity[47.57, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.134, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.129, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.332", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[26.5, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1710., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.29*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.544, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.86, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1710., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[17.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.452, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[5.6, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[41500., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[17.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 67., "TimeResolvedPowerLawNormalization50keV" -> Quantity[140., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.001, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[61.548, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[133.688, "Seconds"], "TriggerNumber" -> "151486", "TriggerTime" -> DateObject[{2005, 8, 22, 3, 49, 29.14400005340576}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[2.38, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.84*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-46.0333, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.4075666666666673, "HoursOfRightAscension"]|>, "GRB 050824" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[11.7, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[24.82, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[22.597, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.97, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[27.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[10.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[9.17, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.27, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[37.38, "Seconds"], "EnergyFluenceStopTime" -> Quantity[65.22, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050824", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.879999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.011, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.036, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.8278, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[0.8180000000000001, "HoursOfRightAscension"], "SNRatio" -> 10.9, "StartTimePeakPhotonFlux" -> Quantity[53.13, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.402, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.345, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 50.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[8.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.799", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> {"battblocks failed because of the weak signal in the light curve."}, "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "151905", "TriggerTime" -> DateObject[{2005, 8, 24, 23, 12, 16.307000160217285}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[56.32, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.48*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[22.6092, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.8156266666666667, "HoursOfRightAscension"]|>, "GRB 050826" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[17.33, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[35.73, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-2.647, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[13.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[42., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.05, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[8.87, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[15.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.21, "Seconds"], "EnergyFluenceStopTime" -> Quantity[39.58, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050826", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.17*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1499999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.051, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.296, "RedshiftReferences" -> {"12"}, "RightAscension" -> Quantity[5.850333333333333, "HoursOfRightAscension"], "SNRatio" -> 11., "StartTimePeakPhotonFlux" -> Quantity[-0.2, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.294, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.303, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[10.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.211", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.2999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.578, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.552, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 61., "TimeResolvedPowerLawNormalization50keV" -> Quantity[21.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.03, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[9.792, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[39.584, "Seconds"], "TriggerNumber" -> "152113", "TriggerTime" -> DateObject[{2005, 8, 26, 6, 18, 10.289000034332275}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[2.28, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.83*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-2.6435, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.850446666666667, "HoursOfRightAscension"]|>, "GRB 050827" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[10.75, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[49.98, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[18.217, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[62., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[209., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[24.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[48.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[75., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-31.18, "Seconds"], "EnergyFluenceStopTime" -> Quantity[36.12, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050827", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.169999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.57, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.82*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.5099999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.6399999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.009999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[4.286200000000001, "HoursOfRightAscension"], "SNRatio" -> 26.5, "StartTimePeakPhotonFlux" -> Quantity[0.34, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.098, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.099, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[31.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.362", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.35*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.149, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[25.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.776, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[25.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 91.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[131., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.932, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[6.532, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[36.124, "Seconds"], "TriggerNumber" -> "152325", "TriggerTime" -> DateObject[{2005, 8, 27, 18, 57, 15.118000030517578}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-0.18, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.68*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[18.2003, "AngularDegrees"], "XRTRightAscension" -> Quantity[4.2860000000000005, "HoursOfRightAscension"]|>, "GRB 050904" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[84.82, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[181.7, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-188, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[14.075, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[168., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[520., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[51.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[111., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[190., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-13.5, "Seconds"], "EnergyFluenceStopTime" -> Quantity[216.96, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050904", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.38*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[11.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[20., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.42*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.9699999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.088, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 6.295, "RedshiftReferences" -> {"13"}, "RightAscension" -> Quantity[0.9144000000000001, "HoursOfRightAscension"], "SNRatio" -> 20.1, "StartTimePeakPhotonFlux" -> Quantity[27.44, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[12.5, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[26.48, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.066, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.066, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[22.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.233", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.6*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.534, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.577, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[34.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.087, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[157.868, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[216.956, "Seconds"], "TriggerNumber" -> "153514", "TriggerTime" -> DateObject[{2005, 9, 4, 1, 51, 44.28999996185303}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[27.5, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.01*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050906" -> <|"BasicComments" -> {"Short duration GRB.", "battblocks failed because of the weak nature of the burst."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[0.053, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.153, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-14.621, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.14, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[0.61, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.04, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.23, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[0.29, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.06, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050906", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[0.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[3.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.11*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.059, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(25-50) is an upper limit.", "Pph1s(50-100) is an upper limit.", "Pph1s(15-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[3.5204, "HoursOfRightAscension"], "SNRatio" -> 5.6, "StartTimePeakPhotonFlux" -> Quantity[-0.45, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.576, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[40.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.454, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[38.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[95.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.659", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "153866", "TriggerTime" -> DateObject[{2005, 9, 6, 10, 32, 4.793000221252441}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050908" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[6.67, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[18.29, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-12.954, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[9.94, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[48.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.15, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[13.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[15.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-6.8, "Seconds"], "EnergyFluenceStopTime" -> Quantity[15.84, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050908", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.659999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.4699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.8899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.075, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.3467, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[1.3643333333333334, "HoursOfRightAscension"], "SNRatio" -> 17.2, "StartTimePeakPhotonFlux" -> Quantity[1.68, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.5, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.11, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.16, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.154, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55., "TimeAveragedPowerLawNormalization50keV" -> Quantity[23.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.829", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.2*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.461, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.402, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 63.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[44.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.553, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[5.912, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[15.84, "Seconds"], "TriggerNumber" -> "154112", "TriggerTime" -> DateObject[{2005, 9, 8, 5, 42, 31.386000156402588}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[6.26, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.98*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-12.9551, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.3641066666666666, "HoursOfRightAscension"]|>, "GRB 050911" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[13.56, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[16.24, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-38.86, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[6.58, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[31.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.04, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[9.09, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[10.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1., "Seconds"], "EnergyFluenceStopTime" -> Quantity[15.97, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050911", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.29*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.016, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.779999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.6699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.81*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.092, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.9142666666666667, "HoursOfRightAscension"], "SNRatio" -> 8.9, "StartTimePeakPhotonFlux" -> Quantity[-0.1, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.284, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.268, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[20.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.827", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.14*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.815, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[22.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.612, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[21.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 64.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[124., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.659, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[11.56, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[15.968, "Seconds"], "TriggerNumber" -> "154630", "TriggerTime" -> DateObject[{2005, 9, 11, 15, 59, 33.8439998626709}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.18, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.45*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 050915A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16.24, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[53.42, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-28.012, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[25., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[84.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.74, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[19.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[30.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-8.33, "Seconds"], "EnergyFluenceStopTime" -> Quantity[57.83, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050915A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.24*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.81*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.34*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.72*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.142, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[5.4459333333333335, "HoursOfRightAscension"], "SNRatio" -> 18.5, "StartTimePeakPhotonFlux" -> Quantity[13.68, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.165, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.166, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 78.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[13.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.363", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 3.44, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.273, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[10.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 69.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[66.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.072, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[15.016, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[57.832, "Seconds"], "TriggerNumber" -> "155242", "TriggerTime" -> DateObject[{2005, 9, 15, 11, 22, 42.31699991226196}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[14.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.9*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-28.0164, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.445793333333333, "HoursOfRightAscension"]|>, "GRB 050915B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[21.32, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[43.16, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-67.406, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[55.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[341., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[64.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[108., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[114., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-9.12, "Seconds"], "EnergyFluenceStopTime" -> Quantity[56.92, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050915B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.6299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.1399999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.68*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.5499999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.3799999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.73*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.211, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[14.60806666666667, "HoursOfRightAscension"], "SNRatio" -> 45., "StartTimePeakPhotonFlux" -> Quantity[-3.08, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 62.7, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[59.64, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[106., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.264, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.062, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.35, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[27., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.281, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.062, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[14.98, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[40., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 74., "TimeAveragedPowerLawNormalization50keV" -> Quantity[58.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.379, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.886", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[66.47, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[519., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.53*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[8.199999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.503, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.43, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[389., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.444, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[23.64, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[2980., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 61.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[164., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.633, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[36.916, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[56.916, "Seconds"], "TriggerNumber" -> "155284", "TriggerTime" -> DateObject[{2005, 9, 15, 21, 23, 4.269000053405762}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[-0.49, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-67.4093, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.607200000000002, "HoursOfRightAscension"]|>, "GRB 050916" -> <|"BasicComments" -> {"Re-calculate the image significance using the interval determined\nby the flight software"}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[32., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[80., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-51.405, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[23.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[111., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[20.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[31.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[36., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[5., "Seconds"], "EnergyFluenceStopTime" -> Quantity[101., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050916", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.14*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[16.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.8899999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.055, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[9.067066666666667, "HoursOfRightAscension"], "SNRatio" -> 10.6, "StartTimePeakPhotonFlux" -> Quantity[44.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.232, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.223, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[12.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.803", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.518, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.452, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 60.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[16.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.697, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[53., "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[101., "Seconds"], "TriggerNumber" -> "155408", "TriggerTime" -> DateObject[{2005, 9, 16, 16, 35, 52.26700019836426}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[43.12, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.1899999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-51.4286, "AngularDegrees"], "XRTRightAscension" -> Quantity[9.065906666666667, "HoursOfRightAscension"]|>, "GRB 050922B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[31.82, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[156.29, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-5.621, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[37., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[236., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[58.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[73.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[67.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[24.42, "Seconds"], "EnergyFluenceStopTime" -> Quantity[273.32, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050922B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[13.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[36.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[9.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[9.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[16.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.4299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.85*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.81*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.08*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.142, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.3856, "HoursOfRightAscension"], "SNRatio" -> 8.1, "StartTimePeakPhotonFlux" -> Quantity[98.64, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.265, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.243, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[10.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.120", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[39.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[263.912, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[273.32, "Seconds"], "TriggerNumber" -> "156434", "TriggerTime" -> DateObject[{2005, 9, 22, 15, 2, 0.2569999694824219}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[262.12, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.5399999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-5.605, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.38705333333333336, "HoursOfRightAscension"]|>, "GRB 050922C" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.42, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[4.54, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-8.763, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[48.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[162., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[18.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[37.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[58.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.32, "Seconds"], "EnergyFluenceStopTime" -> Quantity[3.48, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050922C", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.6899999999999995*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.79*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.63*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.849999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.73*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.38*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.27*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.831, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[7.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.1995, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[21.159133333333333, "HoursOfRightAscension"], "SNRatio" -> 52.8, "StartTimePeakPhotonFlux" -> Quantity[-0.08, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.63, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.56, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.056, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.056, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 70.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[245., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.356", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[105.47, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[5370., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.29*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[7.02*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[6.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.5999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.222, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[22.21, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[5370., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[49.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.213, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[63.94, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[37500., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[49.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[714., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.019, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.888, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[3.484, "Seconds"], "TriggerNumber" -> "156467", "TriggerTime" -> DateObject[{2005, 9, 22, 19, 55, 50.40000009536743}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.72, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.13*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[10.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-8.7585, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.159166666666668, "HoursOfRightAscension"]|>, "GRB 050925" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "cutoff power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.04, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.09, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[34.33, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.12, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[7.66, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.45, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[3.19, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.04, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.07, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 050925", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.57*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.32, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.9099999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.56*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.3799999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.67*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.057, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[20.23246666666667, "HoursOfRightAscension"], "SNRatio" -> 16.8, "StartTimePeakPhotonFlux" -> Quantity[-0.48, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 70.6, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[63.84, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[5960., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.809, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.165, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.92, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[3450., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[91.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.951, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.158, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[11.7, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[10300., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[90.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 87.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[775., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> 0.151, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.690", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "156838", "TriggerTime" -> DateObject[{2005, 9, 25, 9, 4, 33.627999782562256}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.32*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[15.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 051001" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[66.12, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[190.63, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-31.518, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[30.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[176., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[39.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[53.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[52.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-25.48, "Seconds"], "EnergyFluenceStopTime" -> Quantity[199.25, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051001", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.22*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.047, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.398333333333337, "HoursOfRightAscension"], "SNRatio" -> 8.7, "StartTimePeakPhotonFlux" -> Quantity[130.42, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.14, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.135, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 68.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[8.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.018", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[46.21, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[78., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.51, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[6.16, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[39., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.413, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[9.62, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[98., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 66., "TimeResolvedPowerLawNormalization50keV" -> Quantity[20.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.793, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[169.252, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[199.248, "Seconds"], "TriggerNumber" -> "157870", "TriggerTime" -> DateObject[{2005, 10, 1, 11, 11, 36.241000175476074}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[31.84, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.21*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-31.5236, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.39684666666667, "HoursOfRightAscension"]|>, "GRB 051006" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[11.13, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[26.04, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-100, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[9.501, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[35.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[124., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[14.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[29.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[44., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.48, "Seconds"], "EnergyFluenceStopTime" -> Quantity[25.52, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051006", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.83*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.19*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.3899999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.5499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.1499999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.9999999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.213, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[7.387200000000001, "HoursOfRightAscension"], "SNRatio" -> 18.1, "StartTimePeakPhotonFlux" -> Quantity[3.23, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.163, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.165, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 63.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[44.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.399", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.47*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.7999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[48.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[48.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[255., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[10.104, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[25.524, "Seconds"], "TriggerNumber" -> "158593", "TriggerTime" -> DateObject[{2005, 10, 6, 20, 30, 33.25500011444092}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-2.38, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.35*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[9.5056, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.3872599999999995, "HoursOfRightAscension"]|>, "GRB 051008" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[36.8, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[64., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[33, "Seconds"], "Declination" -> Quantity[42.1, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 051008", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[13.524400000000004, "HoursOfRightAscension"], "SNRatio" -> 48.5, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[152.38, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[685., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.84*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.7799999999999994*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.523, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[34.52, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[202., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[34.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.526, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[102.78, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[307., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[34.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 73.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[459., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.956, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[9.66, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[13.256, "Seconds"], "TriggerNumber" -> "158855", "TriggerTime" -> DateObject[{2005, 10, 8, 16, 33, 21.31599998474121}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[42.0981, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.524886666666667, "HoursOfRightAscension"]|>, "GRB 051012" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[12.8, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[24, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-3, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[17, "Seconds"], "Declination" -> Quantity[-52.783, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3.66, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[20.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.55, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[6.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[6.23, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[1.26, "Seconds"], "EnergyFluenceStopTime" -> Quantity[8.26, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051012", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.011, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.95*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.34*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.048, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.03566666666667, "HoursOfRightAscension"], "SNRatio" -> 14.9, "StartTimePeakPhotonFlux" -> Quantity[2.26, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "159413", "TriggerTime" -> DateObject[{2005, 10, 12, 17, 5, 56.95699977874756}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 051016A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[21., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-18.3, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[18.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[83.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[14.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[23.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[27.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.14, "Seconds"], "EnergyFluenceStopTime" -> Quantity[22.86, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051016A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.18*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.8199999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.1699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.5599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.77*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.36*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.45*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.1874, "HoursOfRightAscension"], "SNRatio" -> 11.8, "StartTimePeakPhotonFlux" -> Quantity[4.86, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.254, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.244, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 61.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[39.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.744", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.199999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.666, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.538, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[96.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.455, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[5.864, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[22.864, "Seconds"], "TriggerNumber" -> "159913", "TriggerTime" -> DateObject[{2005, 10, 16, 5, 23, 31.34999990463257}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[4.6, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.51*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-18.298, "AngularDegrees"], "XRTRightAscension" -> Quantity[8.187966666666668, "HoursOfRightAscension"]|>, "GRB 051016B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[2.43, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[4.02, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[13.629, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.16, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[17., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.92, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[5.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[4.41, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.02, "Seconds"], "EnergyFluenceStopTime" -> Quantity[4.62, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051016B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.759999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.011, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.5499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.15*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.68*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.5299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.079, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.9364, "RedshiftReferences" -> {"14"}, "RightAscension" -> Quantity[8.8078, "HoursOfRightAscension"], "SNRatio" -> 14.8, "StartTimePeakPhotonFlux" -> Quantity[0.1, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.226, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.21, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 81.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[38.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.320", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.6*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.434, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.367, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[82.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.9, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.244, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[4.616, "Seconds"], "TriggerNumber" -> "159994", "TriggerTime" -> DateObject[{2005, 10, 16, 18, 28, 8.980999946594238}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.46, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.59*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[13.6554, "AngularDegrees"], "XRTRightAscension" -> Quantity[8.80774, "HoursOfRightAscension"]|>, "GRB 051021B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[19.23, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[46.53, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-45.533, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[14.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[82.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[10.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[25.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[32.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-4.64, "Seconds"], "EnergyFluenceStopTime" -> Quantity[54.69, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051021B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.59*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2199999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.97, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.6299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.1099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.083, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.404266666666667, "HoursOfRightAscension"], "SNRatio" -> 20.7, "StartTimePeakPhotonFlux" -> Quantity[-0.67, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 57.3, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[68.88, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[57., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.629, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.138, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.66, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[57., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.73, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.137, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[31.34, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[76., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[16., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.465, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.539", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.5999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.449, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.395, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 74.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[46., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.261, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[24.656, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[54.688, "Seconds"], "TriggerNumber" -> "160672", "TriggerTime" -> DateObject[{2005, 10, 21, 23, 31, 53.676000118255615}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[4.82, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.97*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-45.5413, "AngularDegrees"], "XRTRightAscension" -> Quantity[8.403406666666665, "HoursOfRightAscension"]|>, "GRB 051105A" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.03, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.06, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[34.945, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.55, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1.67, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.16, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.35, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[0.61, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.06, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051105A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.51*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.5999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.38, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.016, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.0199999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.059, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[17.686666666666667, "HoursOfRightAscension"], "SNRatio" -> 9., "StartTimePeakPhotonFlux" -> Quantity[-0.47, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.341, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[50.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.353, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[50.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 65.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[243., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.209", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "162580", "TriggerTime" -> DateObject[{2005, 11, 5, 6, 26, 41.53700017929077}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0., "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.4399999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 051109A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[22.13, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[37.2, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[40.853, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[58., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[217., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[29.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[53.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[75.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.72, "Seconds"], "EnergyFluenceStopTime" -> Quantity[40.58, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051109A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[13., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[27.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.31, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[11., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.2799999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[4.98*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.29*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.9499999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.115, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.449999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.02*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.8199999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.28*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.0699999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.429, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.346, "RedshiftReferences" -> {"15"}, "RightAscension" -> Quantity[22.021400000000003, "HoursOfRightAscension"], "SNRatio" -> 10.7, "StartTimePeakPhotonFlux" -> Quantity[0.68, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[8.36, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[11.78, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.201, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.201, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 63.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[51.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.505", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.9699999999999996*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.4999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.392, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[34.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.377, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[34.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 63.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[304., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.348, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.136, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[40.584, "Seconds"], "TriggerNumber" -> "163136", "TriggerTime" -> DateObject[{2005, 11, 9, 1, 12, 20.521999835968018}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.18, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[40.8229, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.0209, "HoursOfRightAscension"]|>, "GRB 051109B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.93, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[13.38, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[38.662, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3.43, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[22.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[5.11, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[9.57, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[6.79, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-8.58, "Seconds"], "EnergyFluenceStopTime" -> Quantity[10.69, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> {"S(100-150) is an upper limit."}, "Name" -> "GRB 051109B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.9*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[4.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.53*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.030733333333334, "HoursOfRightAscension"], "SNRatio" -> 12., "StartTimePeakPhotonFlux" -> Quantity[0.24, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 59.2, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[39.69, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[165., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.173, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.24, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.47, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[165., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 1.569, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.224, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[11.37, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1360., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[14.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.23, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.964", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "163170", "TriggerTime" -> DateObject[{2005, 11, 9, 8, 39, 39.36999988555908}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-2.66, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[8.97*^-11, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[38.6796, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.030646666666666, "HoursOfRightAscension"]|>, "GRB 051111" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[64., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[18.36, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[130., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[427., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[46.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[96.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[154., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-11.31, "Seconds"], "EnergyFluenceStopTime" -> Quantity[84.69, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051111", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.29*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.03*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.82*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.025, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.57*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.63*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4399999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.2999999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.282, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.55, "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.209, "HoursOfRightAscension"], "SNRatio" -> 33.5, "StartTimePeakPhotonFlux" -> Quantity[-3.81, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[6.27, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[18.82, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.062, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.062, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 62.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[45.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.321", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.21*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.302, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.297, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 60.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[119., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.175, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[36.688, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[84.688, "Seconds"], "TriggerNumber" -> "163438", "TriggerTime" -> DateObject[{2005, 11, 11, 5, 59, 41.47800016403198}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-0.3, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.51*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[18.3745, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.209186666666668, "HoursOfRightAscension"]|>, "GRB 051113" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[38.44, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[93.28, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-26.392, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[59.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[258., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[42.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[69.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[86.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-30.75, "Seconds"], "EnergyFluenceStopTime" -> Quantity[67.33, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051113", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.9*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[21.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.57*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.68*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.23*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.12*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.89*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.233, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[12.482933333333335, "HoursOfRightAscension"], "SNRatio" -> 18., "StartTimePeakPhotonFlux" -> Quantity[0.27, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.136, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.134, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[28.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.688", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.33*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 6.936, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[16.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 6.064, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[16.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 68.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[141., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.322, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[63.88, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[67.332, "Seconds"], "TriggerNumber" -> "163765", "TriggerTime" -> DateObject[{2005, 11, 13, 15, 22, 34.72200012207031}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.97, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.9999999999999996*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 051114" -> <|"BasicComments" -> {"GRB found by the ground process."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.6, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[4.5, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-4, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[16, "Seconds"], "Declination" -> Quantity[60.157, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.09, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[12.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.18, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[4.54, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[3., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051114", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.54*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.022, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.35*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.119, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.084866666666665, "HoursOfRightAscension"], "SNRatio" -> 10.4, "StartTimePeakPhotonFlux" -> Quantity[-0.13, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.284, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.289, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[40.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.198", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "163844", "TriggerTime" -> DateObject[{2005, 11, 14, 4, 11, 29.44099998474121}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.93, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.2399999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 051117A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[58.54, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[136.85, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[30.864, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[89.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[436., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[82.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[124., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[139., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-29.66, "Seconds"], "EnergyFluenceStopTime" -> Quantity[148.37, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051117A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.0699999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.5599999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.6899999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.049, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.226733333333335, "HoursOfRightAscension"], "SNRatio" -> 33.1, "StartTimePeakPhotonFlux" -> Quantity[2.62, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.066, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.065, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 50.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[26.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.830", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[58.48, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[165., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.2*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.7999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.295, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.4, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[79., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.283, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[23.22, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[182., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[56.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.69, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[78.384, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[148.368, "Seconds"], "TriggerNumber" -> "164268", "TriggerTime" -> DateObject[{2005, 11, 17, 10, 51, 20.091000080108643}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[26.66, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.0899999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[30.8699, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.226133333333333, "HoursOfRightAscension"]|>, "GRB 051117B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[3.06, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[9.01, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-19.285, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.56, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[17.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[2.46, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[4.42, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[6.08, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[1.39, "Seconds"], "EnergyFluenceStopTime" -> Quantity[11., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051117B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.39*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.01*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.7799999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.32*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.051, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[5.680666666666666, "HoursOfRightAscension"], "SNRatio" -> 8.4, "StartTimePeakPhotonFlux" -> Quantity[1.44, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.307, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.297, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 79.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.539", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "164279", "TriggerTime" -> DateObject[{2005, 11, 17, 13, 22, 54.42700004577637}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[7.1, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.3899999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-19.2741, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.678720000000001, "HoursOfRightAscension"]|>, "GRB 051210" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.56, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[1.3, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-57.624, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[8.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.68, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.64, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[3.18, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.26, "Seconds"], "EnergyFluenceStopTime" -> Quantity[1.2, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051210", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.09*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.5999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.87*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.459999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.32*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.77*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.145, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.012533333333334, "HoursOfRightAscension"], "SNRatio" -> 11.4, "StartTimePeakPhotonFlux" -> Quantity[0.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.266, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.276, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 62.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[55.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.051", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "171931", "TriggerTime" -> DateObject[{2005, 12, 10, 5, 46, 21.16800022125244}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.42, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.5399999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-57.6137, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.011480000000002, "HoursOfRightAscension"]|>, "GRB 051213" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[53.22, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[71.06, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-59.231, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[19.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[79.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[20.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[27.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-10.72, "Seconds"], "EnergyFluenceStopTime" -> Quantity[66.58, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051213", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.28*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.92*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.99*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.85*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.097, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.8062, "HoursOfRightAscension"], "SNRatio" -> 13.1, "StartTimePeakPhotonFlux" -> Quantity[48.88, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.193, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.19, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[11., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.602", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 2.045, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.265, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 56.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[18.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.504, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[37.72, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[66.584, "Seconds"], "TriggerNumber" -> "172516", "TriggerTime" -> DateObject[{2005, 12, 13, 7, 13, 4.105999946594238}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-7.32, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.23*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 051221A" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[0.55, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[1.4, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[16.891, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[33.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[116., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[13.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[27.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[41.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.03, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.14, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051221A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.5499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.8999999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.039, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.22*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.02*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.04*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.23*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.6999999999999996*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[12.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[3.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[3.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[3.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.5465, "RedshiftReferences" -> {"16"}, "RightAscension" -> Quantity[21.914133333333332, "HoursOfRightAscension"], "SNRatio" -> 60.8, "StartTimePeakPhotonFlux" -> Quantity[-0.03, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.08, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[0.17, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.055, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.055, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 61.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[552., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.394", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[80.01, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[73200., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.7099999999999995*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.56*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.93*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.979999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[15.74, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[43100., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[378., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[29.3, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[113000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[377., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 141.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[4750., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.723, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.392, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[2.14, "Seconds"], "TriggerNumber" -> "173780", "TriggerTime" -> DateObject[{2005, 12, 21, 1, 51, 15.868000030517578}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.1, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[16.8906, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.91349333333334, "HoursOfRightAscension"]|>, "GRB 051221B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[21.7, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[39.91, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[53.043, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[27.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[91.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[20.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[32.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[49.9, "Seconds"], "EnergyFluenceStopTime" -> Quantity[93.56, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051221B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.2599999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.025, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.23*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.62*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.0899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.113, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[20.825533333333333, "HoursOfRightAscension"], "SNRatio" -> 14.7, "StartTimePeakPhotonFlux" -> Quantity[58.89, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.185, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.187, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 52.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[21.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.328", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "173904", "TriggerTime" -> DateObject[{2005, 12, 21, 20, 3, 20.09000015258789}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[82.13, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.59*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[53.0363, "AngularDegrees"], "XRTRightAscension" -> Quantity[20.826460000000004, "HoursOfRightAscension"]|>, "GRB 051227" -> <|"BasicComments" -> {"Short duration GRB with an extended emission."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[66.81, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[115.4, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[31.952, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[20.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[71.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[8.39, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[16.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[25.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.85, "Seconds"], "EnergyFluenceStopTime" -> Quantity[125.21, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 051227", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.779999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.95, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.32, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.28*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.91*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.6499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.27*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.167, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.349200000000002, "HoursOfRightAscension"], "SNRatio" -> 10.2, "StartTimePeakPhotonFlux" -> Quantity[0., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.24, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.242, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[5.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.379", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.8*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.641, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.74, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 61.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[89.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.881, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[7.868, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[125.208, "Seconds"], "TriggerNumber" -> "174738", "TriggerTime" -> DateObject[{2005, 12, 27, 18, 7, 16.04699993133545}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.75, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.98*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060102" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[14., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[19., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-1.836, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[7.49, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[23.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[2.34, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[5.04, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[8.51, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.9, "Seconds"], "EnergyFluenceStopTime" -> Quantity[22.1, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060102", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.4999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.87*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.2099999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.5499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.094, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.922733333333337, "HoursOfRightAscension"], "SNRatio" -> 7.5, "StartTimePeakPhotonFlux" -> Quantity[0.1, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.376, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.387, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[10.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.244", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.676, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.587, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 59.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[31.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.622, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.104, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[22.104, "Seconds"], "TriggerNumber" -> "175603", "TriggerTime" -> DateObject[{2006, 1, 2, 21, 17, 27.96299982070923}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.18, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060105" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[25.95, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[54.38, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[46.355, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[649., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1820., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[145., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[350., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[671., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-21.05, "Seconds"], "EnergyFluenceStopTime" -> Quantity[66.54, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060105", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.6899999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[17.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[30.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[8.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[11.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.1499999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.5899999999999994*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.33*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.108, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.7999999999999996*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.129999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.61*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.23*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.6499999999999996*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[7.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.832733333333334, "HoursOfRightAscension"], "SNRatio" -> 34.8, "StartTimePeakPhotonFlux" -> Quantity[30.42, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.032, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.032, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 37.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[196., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.061", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[142.48, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[4340., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.599999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[5.899999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.19*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.57, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[33.33, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[4340., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[103., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.458, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[104.47, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[25000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[103., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 82., "TimeResolvedPowerLawNormalization50keV" -> Quantity[808., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.462, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[43.216, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[66.54, "Seconds"], "TriggerNumber" -> "175942", "TriggerTime" -> DateObject[{2006, 1, 5, 6, 49, 27.44600009918213}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[10.54, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.16*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[12.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[46.3487, "AngularDegrees"], "XRTRightAscension" -> Quantity[19.83352, "HoursOfRightAscension"]|>, "GRB 060108" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.9, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[14.22, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[31.931, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[6.56, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[37.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[8.23, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[11.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[11.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-4.02, "Seconds"], "EnergyFluenceStopTime" -> Quantity[13.23, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060108", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.22*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.78*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.064, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[9.801266666666667, "HoursOfRightAscension"], "SNRatio" -> 20.1, "StartTimePeakPhotonFlux" -> Quantity[0.6, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.168, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.161, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 49.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[23.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.997", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.487, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.424, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 60.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[43.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.698, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[5.832, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[13.228, "Seconds"], "TriggerNumber" -> "176453", "TriggerTime" -> DateObject[{2006, 1, 8, 14, 39, 11.760000228881836}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[5.21, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.19*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[31.9187, "AngularDegrees"], "XRTRightAscension" -> Quantity[9.800593333333335, "HoursOfRightAscension"]|>, "GRB 060109" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[83.49, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[115.62, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[32.018, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[12.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[66.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[13.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[19.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[20.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.13, "Seconds"], "EnergyFluenceStopTime" -> Quantity[126.77, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060109", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.549999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[3., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.4199999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1799999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.045, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.848333333333336, "HoursOfRightAscension"], "SNRatio" -> 6.5, "StartTimePeakPhotonFlux" -> Quantity[90.18, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.243, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.228, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[5.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.888", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.9*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 2.307, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[16.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 4.403, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[16.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 70.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[49.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.232, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[126.476, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[126.768, "Seconds"], "TriggerNumber" -> "176620", "TriggerTime" -> DateObject[{2006, 1, 9, 16, 54, 41.230000019073486}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[71.43, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.38*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[31.9907, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.84546, "HoursOfRightAscension"]|>, "GRB 060110" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.73, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[21.14, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[28.429, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[36.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[151., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[23.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[39.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[51.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.7, "Seconds"], "EnergyFluenceStopTime" -> Quantity[26.13, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060110", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.57*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.46*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.2*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.49*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.5299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.166, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[4.849266666666667, "HoursOfRightAscension"], "SNRatio" -> 47.1, "StartTimePeakPhotonFlux" -> Quantity[1.22, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.076, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.075, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 36.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[54.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.632", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.2699999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.699, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.764, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 52.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[134., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.339, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[18.82, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[26.132, "Seconds"], "TriggerNumber" -> "176702", "TriggerTime" -> DateObject[{2006, 1, 10, 8, 1, 17.77299976348877}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.04, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.6199999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060111A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.88, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[13.21, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[37.603, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[22.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[120., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[17.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[35.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[44.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.65, "Seconds"], "EnergyFluenceStopTime" -> Quantity[17.58, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060111A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.3799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.023, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.91*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.33*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4399999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.6*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.34*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.413, "HoursOfRightAscension"], "SNRatio" -> 46.3, "StartTimePeakPhotonFlux" -> Quantity[4.31, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 41.3, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[73.9, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[178., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.282, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.065, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.13, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[49., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.303, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.064, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[16.92, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[74., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 63.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[75., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.882, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.621", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[70.24, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[472., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.22*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.1199999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.411, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[6.91, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[153., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.358, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[10.86, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[249., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 84.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[129., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.101, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[12.808, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[17.576, "Seconds"], "TriggerNumber" -> "176818", "TriggerTime" -> DateObject[{2006, 1, 11, 4, 23, 6.123000144958496}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[6.94, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.51*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[37.6039, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.413646666666665, "HoursOfRightAscension"]|>, "GRB 060111B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[18.45, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[58.83, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[70.38, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[60.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[162., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[30.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[60.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.03, "Seconds"], "EnergyFluenceStopTime" -> Quantity[61.7, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060111B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.5699999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.039, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.7199999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.4199999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.259999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.289, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.095933333333335, "HoursOfRightAscension"], "SNRatio" -> 17., "StartTimePeakPhotonFlux" -> Quantity[0.24, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.159, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.164, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[23.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.994", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[83.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[56.368, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[61.696, "Seconds"], "TriggerNumber" -> "176918", "TriggerTime" -> DateObject[{2006, 1, 11, 20, 15, 43.242000102996826}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[70.3758, "AngularDegrees"], "XRTRightAscension" -> Quantity[19.095180000000003, "HoursOfRightAscension"]|>, "GRB 060115" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[91.85, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[122.21, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[17.336, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[28.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[171., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[27.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[53.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[61.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-49.21, "Seconds"], "EnergyFluenceStopTime" -> Quantity[108.84, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060115", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.57, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.2599999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.209999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.62*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.115, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.5328, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[3.6009333333333338, "HoursOfRightAscension"], "SNRatio" -> 11.7, "StartTimePeakPhotonFlux" -> Quantity[94.92, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[19.86, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[28.8, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 40.2, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[65.47, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[29., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.472, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.114, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.86, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[13., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.532, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.112, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[40.6, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[26., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 46.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[12.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.008, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.709", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[56.33, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[106., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.5999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.984, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.21, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[106., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.68, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[14.24, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[241., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62., "TimeResolvedPowerLawNormalization50keV" -> Quantity[58.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.367, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[101.032, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[108.844, "Seconds"], "TriggerNumber" -> "177408", "TriggerTime" -> DateObject[{2006, 1, 15, 13, 8, 0.6430001258850098}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[97.39, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[17.3452, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.6023000000000005, "HoursOfRightAscension"]|>, "GRB 060116" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[31.06, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[104.83, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-5.441, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[70.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[239., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[27.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[55.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[85.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-35.74, "Seconds"], "EnergyFluenceStopTime" -> Quantity[78.63, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060116", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.9199999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[13.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[25.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.39*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.5299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.109999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.22*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.129, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[5.646733333333333, "HoursOfRightAscension"], "SNRatio" -> 14.1, "StartTimePeakPhotonFlux" -> Quantity[36.4, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.171, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.173, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[21.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.365", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.8999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.555, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.512, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 69.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[40.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.915, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[37.816, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[78.632, "Seconds"], "TriggerNumber" -> "177533", "TriggerTime" -> DateObject[{2006, 1, 16, 8, 37, 27.232999801635742}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[37., "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.9699999999999996*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-5.4372, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.64618, "HoursOfRightAscension"]|>, "GRB 060117" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "cutoff power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.95, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[16.86, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[242, "Seconds"], "Declination" -> Quantity[-59.982, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[381., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[2050., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[372., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[614., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[686., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.97, "Seconds"], "EnergyFluenceStopTime" -> Quantity[26.99, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060117", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.259999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[14.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[34.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[18.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[12.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[13.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.82*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[7.929999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.27*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.76*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[7.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.53*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.69*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.61*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.88*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.39*^-9, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[4.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[48.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[14.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[17.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[12.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.860799999999998, "HoursOfRightAscension"], "SNRatio" -> 58.2, "StartTimePeakPhotonFlux" -> Quantity[11.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 45.5, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[77.79, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[1130., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.118, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.028, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[6.35, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[120., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.12, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.028, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[10.18, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[137., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 75.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[787., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.513, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.885", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[102.33, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[813000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.05*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.9899999999999995*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.7999999999999996*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.73*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[27.43, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[813000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[269., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[76.48, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[269000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[269., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 128.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[5280., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.29, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[19.828, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[26.992, "Seconds"], "TriggerNumber" -> "177666", "TriggerTime" -> DateObject[{2006, 1, 17, 6, 50, 1.5989999771118164}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[11.15, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.749999999999999*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[66.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060124" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "The detector plane histogram data are used in the fluence calculation\nand the spectral analysis."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[64, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[658.2, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[69.723, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[349., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1420., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[215., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[370., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[483., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.63, "Seconds"], "EnergyFluenceStopTime" -> Quantity[811.12, "Seconds"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060124", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[11.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[27.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> 2.3, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[5.139133333333334, "HoursOfRightAscension"], "SNRatio" -> 14.4, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.73, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[3.94, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.023, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.024, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 100.5, "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.613", "TimeAveragedSpectralComments" -> {"K50PL=2.9, e_K50PL=0.6, E_K50PL=0.5 for the spectrum based on the event data and K50PL=28.1, e_K50PL=0.4, E_K50PL=0.4 for the spectrum based on the DPH data.  DOF of PL fit is 115."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "178750", "TriggerTime" -> DateObject[{2006, 1, 24, 15, 54, 51.82499980926514}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[69.7407, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.140513333333333, "HoursOfRightAscension"]|>, "GRB 060202" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[121.6, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[172.16, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[38.374, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[48.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[223., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[39.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[61.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[72.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-26.53, "Seconds"], "EnergyFluenceStopTime" -> Quantity[190.56, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060202", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[7.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[16.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.0299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.1799999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.059, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.3874666666666666, "HoursOfRightAscension"], "SNRatio" -> 11.2, "StartTimePeakPhotonFlux" -> Quantity[-6.46, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.126, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.124, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[11.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.768", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[19.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[190.548, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[190.56, "Seconds"], "TriggerNumber" -> "179968", "TriggerTime" -> DateObject[{2006, 2, 2, 8, 40, 55.007999897003174}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[-6.26, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.8499999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[38.3842, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.389713333333333, "HoursOfRightAscension"]|>, "GRB 060203" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[31.77, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[69.52, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[183, "Seconds"], "Declination" -> Quantity[71.84, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[22.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[91.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[13.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[23.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[31.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-22.17, "Seconds"], "EnergyFluenceStopTime" -> Quantity[55.74, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060203", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4199999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.54*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.62*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.067, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.896333333333333, "HoursOfRightAscension"], "SNRatio" -> 11.8, "StartTimePeakPhotonFlux" -> Quantity[25.92, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.231, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.228, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58., "TimeAveragedPowerLawNormalization50keV" -> Quantity[12.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.601", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "180151", "TriggerTime" -> DateObject[{2006, 2, 3, 23, 55, 35.00500011444092}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[-5.8, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.75*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[71.8108, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.901033333333335, "HoursOfRightAscension"]|>, "GRB 060204B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[24.53, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[139.46, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[27.673, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[68.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[293., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[33.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[77.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[114., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-24.28, "Seconds"], "EnergyFluenceStopTime" -> Quantity[170.72, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060204B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.609999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[18., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.016, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.8999999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.03*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.4799999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.6499999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.148, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[14.120266666666668, "HoursOfRightAscension"], "SNRatio" -> 41.6, "StartTimePeakPhotonFlux" -> Quantity[5.04, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 61.6, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[98.39, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[34., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.358, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.082, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[19.9, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[11., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.391, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.082, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[60.89, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[18., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 71.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[16.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.785, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.417", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[131.64, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[149., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.099999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[7.799999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.299, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[32.32, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[91., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.279, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[118.2, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[216., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 76.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[82.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.156, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[26.248, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[170.716, "Seconds"], "TriggerNumber" -> "180241", "TriggerTime" -> DateObject[{2006, 2, 4, 14, 34, 24.092000007629395}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[4.07, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.0399999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[27.6769, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.120846666666669, "HoursOfRightAscension"]|>, "GRB 060206" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[2.32, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[7.55, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[293, "Seconds"], "Declination" -> Quantity[35.049, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[16.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[84.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[24.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[30.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.55, "Seconds"], "EnergyFluenceStopTime" -> Quantity[13.7, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060206", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.1599999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.32*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.03*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.0199999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.75*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.7999999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.208, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 4.0559, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[13.5284, "HoursOfRightAscension"], "SNRatio" -> 46.8, "StartTimePeakPhotonFlux" -> Quantity[2.19, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.43, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.1, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 58.1, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[80.82, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[124., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.295, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.074, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[14.06, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[35., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.318, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.073, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[38.78, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[54., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 68.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[66.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.12, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.656", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[92.01, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[441., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.13*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.05*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.553, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[16.38, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[162., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[14.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.509, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[48.2, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[353., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 89.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[226., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.265, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[6.52, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[13.704, "Seconds"], "TriggerNumber" -> "180455", "TriggerTime" -> DateObject[{2006, 2, 6, 4, 46, 53.27199983596802}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.88, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.75*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[35.0508, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.528733333333335, "HoursOfRightAscension"]|>, "GRB 060210" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[49.86, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[242.18, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[27.017, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[207., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[763., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[101., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[187., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[268., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-234.41, "Seconds"], "EnergyFluenceStopTime" -> Quantity[120.91, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060210", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.36*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[20.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[41., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[9.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[10.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[16.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.4199999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.43*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.86*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.939999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.425, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.9133, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[3.848333333333333, "HoursOfRightAscension"], "SNRatio" -> 29., "StartTimePeakPhotonFlux" -> Quantity[-0.02, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[6.24, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[35.74, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.091, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.091, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59., "TimeAveragedPowerLawNormalization50keV" -> Quantity[22.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.486", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[45., "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[940., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.8699999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.678, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.85, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[940., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.642, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[13.06, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[667., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78., "TimeResolvedPowerLawNormalization50keV" -> Quantity[185., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.154, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[80.936, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[120.908, "Seconds"], "TriggerNumber" -> "180977", "TriggerTime" -> DateObject[{2006, 2, 10, 4, 58, 49.80900001525879}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-39.89, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.01*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[27.026, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.84926, "HoursOfRightAscension"]|>, "GRB 060211A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[80.04, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[118.2, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[21.495, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[23.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[158., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[26.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[51.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[56.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[47.84, "Seconds"], "EnergyFluenceStopTime" -> Quantity[191., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060211A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.7799999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.028, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[3.8923333333333328, "HoursOfRightAscension"], "SNRatio" -> 17.2, "StartTimePeakPhotonFlux" -> Quantity[150.33, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 55., "TimeAveragedCutoffPowerLawEPeak" -> Quantity[58.81, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[37., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.464, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.11, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[8.89, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[16., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.523, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.108, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[20.53, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[34., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 65.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[13., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.904, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.739", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[95.94, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[68., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 8.123, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[22.18, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[68., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 4.877, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[86.33, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[116., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[38.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 70.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[19.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.276, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[190.992, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[191., "Seconds"], "TriggerNumber" -> "181126", "TriggerTime" -> DateObject[{2006, 2, 11, 9, 39, 10.989999771118164}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[96.53, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.78*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[21.4886, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.8923866666666664, "HoursOfRightAscension"]|>, "GRB 060211B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.78, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[27.69, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[14.956, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[11.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[44.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.19, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[11.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[15.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-10.52, "Seconds"], "EnergyFluenceStopTime" -> Quantity[19.16, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060211B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.06*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.31, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.6899999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.86*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.3799999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.0899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.086, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[5.005800000000001, "HoursOfRightAscension"], "SNRatio" -> 12.1, "StartTimePeakPhotonFlux" -> Quantity[1.84, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.208, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.204, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[15.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.536", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.5*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.786, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[36.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 3.983, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[27.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 71.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[46.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.983, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[3.3, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[19.16, "Seconds"], "TriggerNumber" -> "181156", "TriggerTime" -> DateObject[{2006, 2, 11, 15, 55, 14.765999794006348}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.01, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.4099999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[14.9492, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.004753333333333, "HoursOfRightAscension"]|>, "GRB 060218" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "The detector plane histogram data are used in the fluence calculation\nand the spectral analysis.", "T90 and T50 are lower limit."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> {Quantity[255, "Seconds"], Quantity[Infinity, "Seconds"]}, "BurstDuration5To95PercentOfFluence" -> {Quantity[1040, "Seconds"], Quantity[Infinity, "Seconds"]}, "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[16.866, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[71., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[645., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[205., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[213., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[156., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-30., "Seconds"], "EnergyFluenceStopTime" -> Quantity[1855., "Seconds"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060218", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[7.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[29.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[8.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[11.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[3.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> 0.03342, "RedshiftReferences" -> {"17"}, "RightAscension" -> Quantity[3.3614666666666673, "HoursOfRightAscension"], "SNRatio" -> 6., "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.082, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.079, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 118., "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.450", "TimeAveragedSpectralComments" -> {"K50PL=4.4, e_K50PL=0.4, E_K50PL=0.4 for the spectrum based on the event data and K50PL=3.4, e_K50PL=0.2, E_K50PL=0.2 for the spectrum based on the DPH data.  DOF of PL fit is 115."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "191157", "TriggerTime" -> DateObject[{2006, 2, 18, 3, 34, 30.97700023651123}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[16.867, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.3610133333333336, "HoursOfRightAscension"]|>, "GRB 060219" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[43.96, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[56.12, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[32.308, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.42, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[44., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[14.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[14.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-57.07, "Seconds"], "EnergyFluenceStopTime" -> Quantity[8.24, "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060219", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.99*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.4799999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.123733333333334, "HoursOfRightAscension"], "SNRatio" -> 9.9, "StartTimePeakPhotonFlux" -> Quantity[4.06, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.342, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.302, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 64.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[6.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.529", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 2.989, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.583, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 56.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[19.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.013, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.232, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[8.24, "Seconds"], "TriggerNumber" -> "191512", "TriggerTime" -> DateObject[{2006, 2, 19, 22, 48, 5.118000030517578}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-34.71, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.0699999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[32.316, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.122646666666668, "HoursOfRightAscension"]|>, "GRB 060223A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.08, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[11.32, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-17.135, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[15.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[67.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[11.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[18.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[22.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.92, "Seconds"], "EnergyFluenceStopTime" -> Quantity[10.03, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060223A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4399999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.016, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.5299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.96*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.5499999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.43*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.129, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 4.41, "RedshiftReferences" -> {"18"}, "RightAscension" -> Quantity[3.6797333333333335, "HoursOfRightAscension"], "SNRatio" -> 23.9, "StartTimePeakPhotonFlux" -> Quantity[0.08, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.7, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.93, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.113, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.111, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[56.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.689", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.407, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.391, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 61.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[96.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.548, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.272, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[10.032, "Seconds"], "TriggerNumber" -> "192059", "TriggerTime" -> DateObject[{2006, 2, 23, 6, 4, 23.927000045776367}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.75, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.96*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-17.1305, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.6804333333333332, "HoursOfRightAscension"]|>, "GRB 060223B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.64, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[10.36, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-30.813, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[43.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[160., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[20.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[39.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[56.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-7., "Seconds"], "EnergyFluenceStopTime" -> Quantity[5.52, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060223B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.97*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.92*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.028, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.05*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.76*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.9499999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.99*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.0199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.529, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.949466666666666, "HoursOfRightAscension"], "SNRatio" -> 47.4, "StartTimePeakPhotonFlux" -> Quantity[3.01, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.064, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.064, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 39.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[134., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.475", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.3899999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.509, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[26.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.507, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[26.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 75.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[299., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.873, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[4.92, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[5.524, "Seconds"], "TriggerNumber" -> "192152", "TriggerTime" -> DateObject[{2006, 2, 23, 19, 41, 4.886000156402588}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.2, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.399999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060306" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[42.8, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[60.94, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[-2.163, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[47., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[215., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[38., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[59.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[70.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.35, "Seconds"], "EnergyFluenceStopTime" -> Quantity[66.92, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060306", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.23*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.7799999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.048, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.19*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.71*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.179999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.19*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.83*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.608, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[5.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.739866666666667, "HoursOfRightAscension"], "SNRatio" -> 28.5, "StartTimePeakPhotonFlux" -> Quantity[0.18, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.091, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.09, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 65.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[34.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.759", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[106.83, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1510., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.4*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[6.29*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.7999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.5999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[21.57, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[556., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[42.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[60.95, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[2720., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[42.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[645., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[46.96, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[66.92, "Seconds"], "TriggerNumber" -> "200638", "TriggerTime" -> DateObject[{2006, 3, 6, 0, 49, 10.625999927520752}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.46, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.07*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[11., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-2.1486, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.7396733333333336, "HoursOfRightAscension"]|>, "GRB 060312" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[15.78, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[42.26, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[302, "Seconds"], "Declination" -> Quantity[12.825, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[31.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[184., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[33.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[57., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[62.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-29.27, "Seconds"], "EnergyFluenceStopTime" -> Quantity[29.42, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060312", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.99*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.99*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.13*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.54*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.81*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.9299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.152, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[3.0522666666666667, "HoursOfRightAscension"], "SNRatio" -> 37.8, "StartTimePeakPhotonFlux" -> Quantity[5.63, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 50.1, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[64.47, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[63., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.319, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.074, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.63, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[20., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.334, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.073, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[38.36, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[31., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[35.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.346, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.817", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[66.8, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[260., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.05*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[7.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.2999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.935, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.9, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[110., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[38.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.785, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[21.76, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[226., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[38., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 75.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[106., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.318, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[29.368, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[29.424, "Seconds"], "TriggerNumber" -> "201391", "TriggerTime" -> DateObject[{2006, 3, 12, 1, 36, 12.757999897003174}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.66, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.61*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060313" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.48, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.74, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-10.859, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[49.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[114., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[5.55, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[16.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[42.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.12, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.76, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060313", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.03*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.87*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[4.46*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.143, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[4.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.06*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.16*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.5*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.6899999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.27*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[2.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[10.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[3.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[4.441933333333334, "HoursOfRightAscension"], "SNRatio" -> 47., "StartTimePeakPhotonFlux" -> Quantity[-0.18, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.065, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[39.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.066, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[39.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 64.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[1050., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.683", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[115.6, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[7350., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.5599999999999997*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.87*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.7*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.11*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 7.186, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[21.91, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[4040., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[293., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 5.814, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[50.49, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[11700., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[287., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 84.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[2700., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.426, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.66, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[0.756, "Seconds"], "TriggerNumber" -> "201487", "TriggerTime" -> DateObject[{2006, 3, 13, 0, 12, 6.484000205993652}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.48, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.6799999999999996*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[37.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-10.8449, "AngularDegrees"], "XRTRightAscension" -> Quantity[4.441233333333334, "HoursOfRightAscension"]|>, "GRB 060319" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.75, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[8.91, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[60.006, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.89, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[23.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.09, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.74, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[6.03, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[3.69, "Seconds"], "EnergyFluenceStopTime" -> Quantity[13.4, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060319", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.28*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.008, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.219999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.5499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.94*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.7699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.049, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.756733333333333, "HoursOfRightAscension"], "SNRatio" -> 10.6, "StartTimePeakPhotonFlux" -> Quantity[4.06, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.216, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.202, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[25.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.361", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.5*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.374, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.327, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 63.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[47.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.154, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[6.676, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[13.396, "Seconds"], "TriggerNumber" -> "202035", "TriggerTime" -> DateObject[{2006, 3, 19, 0, 55, 42.920000076293945}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[4.56, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.48*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[60.011, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.75918, "HoursOfRightAscension"]|>, "GRB 060322" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[170.79, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[229.58, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-36.708, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[115., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[522., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[70.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[144., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[193., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-51.62, "Seconds"], "EnergyFluenceStopTime" -> Quantity[268.21, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060322", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.4199999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[18.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[26.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.9799999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.52*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.14*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.84*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.203, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.28226666666667, "HoursOfRightAscension"], "SNRatio" -> 25.9, "StartTimePeakPhotonFlux" -> Quantity[182.19, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 52.6, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[96.78, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[31., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.299, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.073, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[20.04, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[9., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.321, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.073, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[68.67, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[13., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[18., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.066, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.557", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[81.55, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[735., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.35*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.1099999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.3999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.404, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.35, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[735., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[22.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.861, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[27.77, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[13300., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[21.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 82.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[144., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.92, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[198.192, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[268.212, "Seconds"], "TriggerNumber" -> "202442", "TriggerTime" -> DateObject[{2006, 3, 22, 23, 0, 21.119999885559082}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[187.56, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.68*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060323" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[11.78, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[24.82, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[49.993, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[16.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[63.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[8.87, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[22., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.12, "Seconds"], "EnergyFluenceStopTime" -> Quantity[24.48, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060323", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.011, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.86*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.03*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.4399999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.4899999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.046, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.628200000000001, "HoursOfRightAscension"], "SNRatio" -> 16.8, "StartTimePeakPhotonFlux" -> Quantity[2.6, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.17, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.167, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 50.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[22.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.535", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.7999999999999997*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.706, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.635, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 50.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[29.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.495, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[14.72, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[24.48, "Seconds"], "TriggerNumber" -> "202505", "TriggerTime" -> DateObject[{2006, 3, 23, 14, 32, 36.0310001373291}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[7.18, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.0399999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[49.9856, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.6292, "HoursOfRightAscension"]|>, "GRB 060403" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[12.57, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[30.59, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[8.328, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[48.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[136., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[10.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[26., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[50.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-6.17, "Seconds"], "EnergyFluenceStopTime" -> Quantity[33.17, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060403", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.009999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.4999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.29*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.759999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.5499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.62*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.204, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.8222, "HoursOfRightAscension"], "SNRatio" -> 28.4, "StartTimePeakPhotonFlux" -> Quantity[1.8, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.09, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.092, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[32.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.051", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[140.99, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[211., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.199999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[9.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.49, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[25.64, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[78., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.469, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[57.05, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[144., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 81.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[70.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.534, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[23.172, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[33.172, "Seconds"], "TriggerNumber" -> "203755", "TriggerTime" -> DateObject[{2006, 4, 3, 13, 12, 17.129000186920166}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.74, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.6999999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[8.3296, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.822666666666667, "HoursOfRightAscension"]|>, "GRB 060413" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[35.75, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[117.33, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[13.747, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[84.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[356., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[56.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[94.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[120., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[29.98, "Seconds"], "EnergyFluenceStopTime" -> Quantity[246.94, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060413", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.519999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.32*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.08*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.072, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.419533333333334, "HoursOfRightAscension"], "SNRatio" -> 12.1, "StartTimePeakPhotonFlux" -> Quantity[90.16, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.072, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.072, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[17.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.662", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.3*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[57.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[246.916, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[246.944, "Seconds"], "TriggerNumber" -> "205096", "TriggerTime" -> DateObject[{2006, 4, 13, 18, 40, 22.86899995803833}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[90.52, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.82*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[13.7583, "AngularDegrees"], "XRTRightAscension" -> Quantity[19.418853333333335, "HoursOfRightAscension"]|>, "GRB 060418" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[25.49, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[109.17, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-3.64, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[196., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[838., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[136., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[225., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[281., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-82.46, "Seconds"], "EnergyFluenceStopTime" -> Quantity[136.84, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060418", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.519999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[25.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.29*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.6299999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.35*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.999999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.72*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2399999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.75*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.686, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[6.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.4901, "RedshiftReferences" -> {"19"}, "RightAscension" -> Quantity[15.762066666666671, "HoursOfRightAscension"], "SNRatio" -> 31.8, "StartTimePeakPhotonFlux" -> Quantity[27.45, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[6.43, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[19.28, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.057, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.056, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[41.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.679", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.27*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.574, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[29.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.49, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[29.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 81.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[553., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.297, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[126.912, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[136.844, "Seconds"], "TriggerNumber" -> "205851", "TriggerTime" -> DateObject[{2006, 4, 18, 3, 6, 8.203999996185303}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[27.64, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.82*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-3.639, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.761853333333335, "HoursOfRightAscension"]|>, "GRB 060421" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[6.34, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[11.26, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[62.735, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[33.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[126., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[17.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[31.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[43.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.8, "Seconds"], "EnergyFluenceStopTime" -> Quantity[16.88, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060421", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.2399999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.59*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.55*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.3199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.24*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.359999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.436, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.90926666666667, "HoursOfRightAscension"], "SNRatio" -> 44.5, "StartTimePeakPhotonFlux" -> Quantity[2.28, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.075, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.074, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 62.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[67.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.521", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[123.86, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[490., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.44*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.36*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.004, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[29.58, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[171., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[28.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.719, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[99.3, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[294., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[25.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 76.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[243., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.143, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[10.9, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[16.876, "Seconds"], "TriggerNumber" -> "206257", "TriggerTime" -> DateObject[{2006, 4, 21, 0, 39, 23.33400011062622}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.69, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.09*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[62.7309, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.90918666666667, "HoursOfRightAscension"]|>, "GRB 060424" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[10.14, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[37.49, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[36.786, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[15.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[68., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[11.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[18.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[22.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-19.62, "Seconds"], "EnergyFluenceStopTime" -> Quantity[20.48, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060424", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.0699999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.016, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.64*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.1499999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.9099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.1099999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.8199999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.134, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.49079999999999996, "HoursOfRightAscension"], "SNRatio" -> 14.4, "StartTimePeakPhotonFlux" -> Quantity[0.11, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.184, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.18, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 62.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[18.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.685", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.23*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.522, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[17., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.483, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[16.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 71., "TimeResolvedPowerLawNormalization50keV" -> Quantity[132., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.465, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[19.216, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[20.476, "Seconds"], "TriggerNumber" -> "206773", "TriggerTime" -> DateObject[{2006, 4, 24, 4, 16, 19.519999980926514}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.42, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.4*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060427" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[28., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[62., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[62.66, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[9.86, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[50.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[10., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[14.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[15.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-10., "Seconds"], "EnergyFluenceStopTime" -> Quantity[61., "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060427", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.5*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.6699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.041, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.280133333333334, "HoursOfRightAscension"], "SNRatio" -> 9.9, "StartTimePeakPhotonFlux" -> Quantity[2., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.291, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.271, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[7.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.884", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.456, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.401, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[12.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.878, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[10., "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[61., "Seconds"], "TriggerNumber" -> "207281", "TriggerTime" -> DateObject[{2006, 4, 27, 11, 43, 10.841000080108643}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[14.86, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.6399999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060428A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[22.15, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[39.48, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-37.169, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[24.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[140., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[31.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[42.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[41.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-6.81, "Seconds"], "EnergyFluenceStopTime" -> Quantity[42.96, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060428A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.0199999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.3899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.28*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.91*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.78*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.95*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.061, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.236133333333335, "HoursOfRightAscension"], "SNRatio" -> 33., "StartTimePeakPhotonFlux" -> Quantity[4.41, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.1, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.098, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[30.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.016", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.2699999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 7.646, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 5.354, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 71.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[138., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.829, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[33.98, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[42.96, "Seconds"], "TriggerNumber" -> "207364", "TriggerTime" -> DateObject[{2006, 4, 28, 3, 22, 48.05600023269653}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[5.14, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.44*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-37.1699, "AngularDegrees"], "XRTRightAscension" -> Quantity[8.236333333333334, "HoursOfRightAscension"]|>, "GRB 060428B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[96., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[62.018, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[6.24, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[84.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[33.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[28.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[16.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15., "Seconds"], "EnergyFluenceStopTime" -> Quantity[113., "Seconds"], "EnergyFluxComments" -> {"Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060428B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.78*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.7299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.689733333333331, "HoursOfRightAscension"], "SNRatio" -> 7.2, "StartTimePeakPhotonFlux" -> Quantity[8.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.257, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.234, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 68.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[6., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.781", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[23.81, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[270., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.106, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[19.13, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[270., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.602, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[4.57, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[4800., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[13.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.525, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[33., "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[113., "Seconds"], "TriggerNumber" -> "207399", "TriggerTime" -> DateObject[{2006, 4, 28, 8, 54, 38.83900022506714}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[31.96, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.05*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[62.0251, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.690473333333333, "HoursOfRightAscension"]|>, "GRB 060501" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.06, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[23.67, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[43.998, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[35.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[125., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[30.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[44.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.28, "Seconds"], "EnergyFluenceStopTime" -> Quantity[30.15, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060501", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.3799999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.034, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.309999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.93*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.35*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.16*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.369, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.89126666666667, "HoursOfRightAscension"], "SNRatio" -> 18.7, "StartTimePeakPhotonFlux" -> Quantity[0.38, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.148, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.148, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[41.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.440", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.4699999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.797, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.586, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 56.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[139., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.066, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[10.184, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[30.152, "Seconds"], "TriggerNumber" -> "208050", "TriggerTime" -> DateObject[{2006, 5, 1, 8, 14, 58.864999771118164}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.17, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.34*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.99, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060502A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[10.67, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[28.54, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[66.603, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[65.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[233., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[29., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[55.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[82.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.64, "Seconds"], "EnergyFluenceStopTime" -> Quantity[38.98, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060502A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.63*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.9899999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.029, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.49*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.6899999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.97*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.26*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.329, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.5026, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[16.061533333333333, "HoursOfRightAscension"], "SNRatio" -> 39.1, "StartTimePeakPhotonFlux" -> Quantity[-0.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.95, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[6.69, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.073, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.073, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44., "TimeAveragedPowerLawNormalization50keV" -> Quantity[54.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.429", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.733, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.571, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 66.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[128., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.057, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[19.3, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[38.984, "Seconds"], "TriggerNumber" -> "208169", "TriggerTime" -> DateObject[{2006, 5, 2, 3, 3, 32.14400005340576}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.82, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.42*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.97, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[66.6007, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.06180666666667, "HoursOfRightAscension"]|>, "GRB 060502B" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.05, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.14, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[52.627, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.84, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[4.92, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.36, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1.82, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.17, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060502B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.08*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.5999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.65, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.13, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.5399999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.24*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.129, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.597400000000004, "HoursOfRightAscension"], "SNRatio" -> 13.6, "StartTimePeakPhotonFlux" -> Quantity[-0.41, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.198, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[31.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.205, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[31.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57., "TimeAveragedPowerLawNormalization50keV" -> Quantity[257., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.985", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.239999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[7.799999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.351, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[62.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.364, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[62.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 57.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[466., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.893, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.06, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[0.172, "Seconds"], "TriggerNumber" -> "208275", "TriggerTime" -> DateObject[{2006, 5, 2, 17, 24, 41.03499984741211}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.01, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.809999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[8.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[52.6319, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.595913333333336, "HoursOfRightAscension"]|>, "GRB 060505" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Quantity[-1, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[9, "Seconds"], "Declination" -> Quantity[-27.824, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 060505", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> 0.089, "RedshiftReferences" -> {"20"}, "RightAscension" -> Quantity[22.118, "HoursOfRightAscension"], "SNRatio" -> 7., "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "208654", "TriggerTime" -> DateObject[{2006, 5, 5, 6, 35, 58.889999866485596}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-27.8147, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.117606666666667, "HoursOfRightAscension"]|>, "GRB 060507" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[114.35, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[183.31, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[75.245, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[94.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[452., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[83.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[128., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[146., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-11.02, "Seconds"], "EnergyFluenceStopTime" -> Quantity[192.35, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060507", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[23., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.38, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.95, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.1699999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.15*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.46*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.4399999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.08*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.111, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[5.994466666666667, "HoursOfRightAscension"], "SNRatio" -> 24.4, "StartTimePeakPhotonFlux" -> Quantity[1.24, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.086, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.085, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[24.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.807", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.6*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[77.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[153.94, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[192.352, "Seconds"], "TriggerNumber" -> "208870", "TriggerTime" -> DateObject[{2006, 5, 7, 1, 53, 12.230000019073486}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.79, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.15*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[75.2486, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.997406666666667, "HoursOfRightAscension"]|>, "GRB 060510A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[6.06, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[20.15, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-1.162, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[212., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[815., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[115., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[206., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[282., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-6.75, "Seconds"], "EnergyFluenceStopTime" -> Quantity[16.75, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060510A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.979999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.6499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[15.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[31.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[8.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[12.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.62*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.18*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.98*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.75*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.233, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[7., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.32*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.16*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4199999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.76*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.1399999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[14.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[4.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[4.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[3.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.3908, "HoursOfRightAscension"], "SNRatio" -> 19.1, "StartTimePeakPhotonFlux" -> Quantity[0.29, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.067, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[13.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.067, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[13.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[368., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.544", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.09*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[104., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[99.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[1130., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[14.784, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[16.748, "Seconds"], "TriggerNumber" -> "209351", "TriggerTime" -> DateObject[{2006, 5, 10, 7, 43, 27.646999835968018}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.08, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.99*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[22.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-1.1631, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.391100000000001, "HoursOfRightAscension"]|>, "GRB 060510B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[129.78, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[262.95, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[78.565, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[86.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[398., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[70.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[111., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[130., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[25.86, "Seconds"], "EnergyFluenceStopTime" -> Quantity[324.94, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060510B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.629999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[16.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.53*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.61*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.066, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 4.941, "RedshiftReferences" -> {"21"}, "RightAscension" -> Quantity[15.95266666666667, "HoursOfRightAscension"], "SNRatio" -> 12.3, "StartTimePeakPhotonFlux" -> Quantity[136.38, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[19.78, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[44.87, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.074, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.074, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[14.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.767", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.3999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.465, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.431, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 57.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[25.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.603, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[311.164, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[324.94, "Seconds"], "TriggerNumber" -> "209352", "TriggerTime" -> DateObject[{2006, 5, 10, 8, 22, 14.815000057220459}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[137.36, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.5*^-11, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[78.57, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.941460000000001, "HoursOfRightAscension"]|>, "GRB 060512" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.66, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[11.36, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[41.221, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[25., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.52, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[8.16, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[6.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-8.61, "Seconds"], "EnergyFluenceStopTime" -> Quantity[4.93, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060512", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.005, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.1299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.61*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.3899999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.016, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.1, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[13.049666666666669, "HoursOfRightAscension"], "SNRatio" -> 10.6, "StartTimePeakPhotonFlux" -> Quantity[3.28, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.346, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.306, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.374", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[28.27, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1290., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.2999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.7999999999999997*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.036, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[3.3, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1290., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.749, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[5.81, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[63200., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 46.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[33.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.308, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.032, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[4.928, "Seconds"], "TriggerNumber" -> "209755", "TriggerTime" -> DateObject[{2006, 5, 12, 23, 13, 20.730000019073486}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.58, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.72*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[41.1907, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.051593333333335, "HoursOfRightAscension"]|>, "GRB 060515" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[22.17, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[47.4, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[200, "Seconds"], "Declination" -> Quantity[73.564, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[49.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[144., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[28.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[52.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.22, "Seconds"], "EnergyFluenceStopTime" -> Quantity[57.5, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060515", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.92*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.028, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.7299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.32*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.21*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.188, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.484333333333334, "HoursOfRightAscension"], "SNRatio" -> 16.1, "StartTimePeakPhotonFlux" -> Quantity[5.58, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.149, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.153, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[24.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.114", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.4999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.301, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.29, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 60.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[30.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.861, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[29.36, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[57.504, "Seconds"], "TriggerNumber" -> "210084", "TriggerTime" -> DateObject[{2006, 5, 15, 2, 27, 52.91800022125244}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[17.64, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.7999999999999996*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[73.568, "AngularDegrees"], "XRTRightAscension" -> Quantity[8.486000000000002, "HoursOfRightAscension"]|>, "GRB 060516" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[88.67, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[161.23, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-18.127, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[16.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[103., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[24.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[31.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[29.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-42.21, "Seconds"], "EnergyFluenceStopTime" -> Quantity[133.97, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060516", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[5.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.9099999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.9299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.81*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.097, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(25-50) is an upper limit.", "Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[4.744733333333334, "HoursOfRightAscension"], "SNRatio" -> 8.1, "StartTimePeakPhotonFlux" -> Quantity[128.56, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.242, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.226, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[6.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.094", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "210254", "TriggerTime" -> DateObject[{2006, 5, 16, 6, 43, 34.80299997329712}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[133.36, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.8399999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060522" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[34.16, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[69.12, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[2.891, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[29.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[113., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[28.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[39.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.16, "Seconds"], "EnergyFluenceStopTime" -> Quantity[77.33, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060522", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.34*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.4199999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 5.11, "RedshiftReferences" -> {"22"}, "RightAscension" -> Quantity[21.53046666666667, "HoursOfRightAscension"], "SNRatio" -> 17.3, "StartTimePeakPhotonFlux" -> Quantity[4.41, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[6.27, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[9.82, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.151, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.149, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 65.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[15.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.537", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "211117", "TriggerTime" -> DateObject[{2006, 5, 22, 2, 11, 18.79199981689453}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[3.74, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[2.8862, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.529133333333338, "HoursOfRightAscension"]|>, "GRB 060526" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[249.26, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[275.2, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[0.296, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[22.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[124., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[26.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[36.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[37.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.36, "Seconds"], "EnergyFluenceStopTime" -> Quantity[310.17, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060526", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.3899999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[16., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.5699999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.2899999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.3899999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.08*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.019999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.218, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.2213, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[15.522266666666667, "HoursOfRightAscension"], "SNRatio" -> 18.6, "StartTimePeakPhotonFlux" -> Quantity[0.14, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[32.24, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[61.32, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.227, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.215, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[4.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.953", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.3899999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[13.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[13.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[138., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[265.508, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[310.172, "Seconds"], "TriggerNumber" -> "211957", "TriggerTime" -> DateObject[{2006, 5, 26, 16, 28, 29.949999809265137}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.76, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[0.285, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.521760000000002, "HoursOfRightAscension"]|>, "GRB 060602A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[33.26, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[74.68, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[722, "Seconds"], "Declination" -> Quantity[0.312, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[52.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[161., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[34.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[58.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[2.12, "Seconds"], "EnergyFluenceStopTime" -> Quantity[84.77, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(50-100) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060602A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.4699999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[8.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.79*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.016, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.7299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.039, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(50-100) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[9.972066666666667, "HoursOfRightAscension"], "SNRatio" -> 15.1, "StartTimePeakPhotonFlux" -> Quantity[4.93, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.159, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.162, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.219", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[51.8, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[308., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.315, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.24, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[308., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.305, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[21.02, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1930., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 56.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[27.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.925, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[38.984, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[84.768, "Seconds"], "TriggerNumber" -> "213180", "TriggerTime" -> DateObject[{2006, 6, 2, 21, 32, 12.464000225067139}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[8.19, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.12*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060604" -> <|"BasicComments" -> {"Re-calculate the image significance using the interval determined\nby the flight software"}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[48., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[96., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[843, "Seconds"], "Declination" -> Quantity[-10.939, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[6.28, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[37.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[8.75, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[11.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[11.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-63.25, "Seconds"], "EnergyFluenceStopTime" -> Quantity[32.75, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit.", "Pe1s(15-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060604", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[3.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.38, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[3.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(25-50) is an upper limit.", "Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit.", "Pph1s(15-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.481799999999996, "HoursOfRightAscension"], "SNRatio" -> 6.1, "StartTimePeakPhotonFlux" -> Quantity[8.25, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.453, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.393, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[4.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.054", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "213486", "TriggerTime" -> DateObject[{2006, 6, 4, 18, 19, 0.012000083923339844}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[-49.25, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.44*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-10.9155, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.481973333333336, "HoursOfRightAscension"]|>, "GRB 060605" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[21.44, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[539.12, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[400, "Seconds"], "Declination" -> Quantity[-6.067, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[35.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[116., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[25.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[41.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-67.16, "Seconds"], "EnergyFluenceStopTime" -> Quantity[580.49, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060605", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.21*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[13.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[24.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.8899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.7199999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.7499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.096, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.773, "RedshiftReferences" -> {"23"}, "RightAscension" -> Quantity[21.474400000000003, "HoursOfRightAscension"], "SNRatio" -> 11.3, "StartTimePeakPhotonFlux" -> Quantity[2.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[1.8, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[3.64, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.33, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.333, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.310", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.2*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.437, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.4, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 77.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[32.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.279, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[9.368, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[18.112, "Seconds"], "TriggerNumber" -> "213630", "TriggerTime" -> DateObject[{2006, 6, 5, 18, 15, 44.61800003051758}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[7.49, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-6.0584, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.477040000000002, "HoursOfRightAscension"]|>, "GRB 060607A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[25.18, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[102.98, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-22.496, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[71.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[256., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[32.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[61.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[90.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-23.62, "Seconds"], "EnergyFluenceStopTime" -> Quantity[101.96, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060607A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.06*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.519999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.2699999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.47*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.7*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.229, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.0749, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[21.980533333333337, "HoursOfRightAscension"], "SNRatio" -> 39.3, "StartTimePeakPhotonFlux" -> Quantity[-0.96, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[7.01, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[25.46, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.073, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.073, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 42.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[21.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.450", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.694, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.723, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 70.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[107., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.172, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[94.888, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[101.96, "Seconds"], "TriggerNumber" -> "213823", "TriggerTime" -> DateObject[{2006, 6, 7, 5, 12, 13.35099983215332}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0., "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.3*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-22.4964, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.980666666666668, "HoursOfRightAscension"]|>, "GRB 060607B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[12.44, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[29.36, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[14.75, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[40.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[162., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[24.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[42., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[55.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.76, "Seconds"], "EnergyFluenceStopTime" -> Quantity[33.86, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060607B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.03*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.025, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.44*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.18*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.77*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.23*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.175, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.8027333333333333, "HoursOfRightAscension"], "SNRatio" -> 25.2, "StartTimePeakPhotonFlux" -> Quantity[8.64, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.114, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.113, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54., "TimeAveragedPowerLawNormalization50keV" -> Quantity[50.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.600", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.699999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.269, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.254, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 61.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[80.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.468, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[14.164, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[33.864, "Seconds"], "TriggerNumber" -> "213934", "TriggerTime" -> DateObject[{2006, 6, 7, 23, 32, 44.132999897003174}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[9.99, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.1899999999999995*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060614" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[43.24, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[109.22, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[458, "Seconds"], "Declination" -> Quantity[-53.026, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[352., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[2070., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[476., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[632., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[616., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.5, "Seconds"], "EnergyFluenceStopTime" -> Quantity[180.65, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060614", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.549999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[13.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[35.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[18., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[13., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[13.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.47*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.3499999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.2099999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.22*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.125, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[5.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.1*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.39*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.2499999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.1699999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.87*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[11.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[4.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[3.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.1257, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[21.39166666666667, "HoursOfRightAscension"], "SNRatio" -> 35.2, "StartTimePeakPhotonFlux" -> Quantity[-1.32, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[40.31, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[70.1, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 34.4, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[128.81, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[95., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0., "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.037, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[32.34, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[9., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0., "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.037, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[22.38, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[9., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[123., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -2.316, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.038", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[74.18, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[13000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.28*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.34*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.59*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.52*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[13.15, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[11400., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[156., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[23.94, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[391000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[156., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[1370., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[151.032, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[180.652, "Seconds"], "TriggerNumber" -> "214805", "TriggerTime" -> DateObject[{2006, 6, 14, 12, 43, 48.504000186920166}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.91, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.08*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[25., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-53.0268, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.392273333333335, "HoursOfRightAscension"]|>, "GRB 060707" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[34.65, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[66.65, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-17.908, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[23.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[158., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[22.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[51.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[60.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-48.96, "Seconds"], "EnergyFluenceStopTime" -> Quantity[25.44, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060707", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.06*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.78*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.619999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.5599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.091, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.424, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[23.804933333333334, "HoursOfRightAscension"], "SNRatio" -> 17.9, "StartTimePeakPhotonFlux" -> Quantity[3.05, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[9.74, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[21.05, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 57.3, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[61.95, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[106., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.587, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.127, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[8.24, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[52., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.674, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.125, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[15.02, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[125., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 72.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[24.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.424, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.672", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[48.98, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[486., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.4*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.236, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[6.7, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[486., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.226, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[7.62, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[2990., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 89.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[66.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.465, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[7.296, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[25.444, "Seconds"], "TriggerNumber" -> "217704", "TriggerTime" -> DateObject[{2006, 7, 7, 21, 30, 19.497000217437744}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[9., "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.3199999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-17.9049, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.805306666666674, "HoursOfRightAscension"]|>, "GRB 060708" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[3.28, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[9.96, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-33.748, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[12., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[49.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[13.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[16.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.26, "Seconds"], "EnergyFluenceStopTime" -> Quantity[14.18, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060708", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.48*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2199999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.5699999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.5399999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.6399999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.241, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.92, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[0.5214666666666667, "HoursOfRightAscension"], "SNRatio" -> 30.1, "StartTimePeakPhotonFlux" -> Quantity[1.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.99, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[2.8, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.118, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.117, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[37.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.640", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.5499999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.631, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.514, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 61.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[158., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.18, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[5.624, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[14.176, "Seconds"], "TriggerNumber" -> "217805", "TriggerTime" -> DateObject[{2006, 7, 8, 12, 15, 59.01599979400635}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.6, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.98*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-33.7589, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.5205066666666668, "HoursOfRightAscension"]|>, "GRB 060712" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[13.76, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[30.91, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[663, "Seconds"], "Declination" -> Quantity[35.548, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[36.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[142., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[20.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[35.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[48.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.59, "Seconds"], "EnergyFluenceStopTime" -> Quantity[38.74, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060712", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.1299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[25.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.56*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.4699999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.031, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.92*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.03*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.1600000000000002*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.17*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.098, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[12.270800000000001, "HoursOfRightAscension"], "SNRatio" -> 8.9, "StartTimePeakPhotonFlux" -> Quantity[16.76, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.319, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.323, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58., "TimeAveragedPowerLawNormalization50keV" -> Quantity[39.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.557", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "218582", "TriggerTime" -> DateObject[{2006, 7, 12, 21, 7, 43.710999965667725}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[35.5382, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.271153333333332, "HoursOfRightAscension"]|>, "GRB 060714" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[86.18, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[116.04, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-6.543, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[55.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[288., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[58.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[83.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[90.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-13.41, "Seconds"], "EnergyFluenceStopTime" -> Quantity[120.57, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060714", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.48*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[16.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.65*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.73*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.2799999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.3799999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.4199999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.135, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.7108, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[15.19026666666667, "HoursOfRightAscension"], "SNRatio" -> 16.8, "StartTimePeakPhotonFlux" -> Quantity[75.44, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[23., "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[29.6, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.099, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.097, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 61.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[23.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.896", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[68.33, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[249., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.799999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[6.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.526, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[13.12, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[118., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.439, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[48.6, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[280., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 75.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[82.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.512, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[101.908, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[120.572, "Seconds"], "TriggerNumber" -> "219101", "TriggerTime" -> DateObject[{2006, 7, 14, 15, 12, 0.28299999237060547}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-1.96, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.98*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-6.5664, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.19066666666667, "HoursOfRightAscension"]|>, "GRB 060717" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[0.94, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[2.46, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[20, "Seconds"], "Declination" -> Quantity[28.967, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.72, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[6.99, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.06, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.82, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[2.38, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.26, "Seconds"], "EnergyFluenceStopTime" -> Quantity[3.18, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060717", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.008, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.56*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.01*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.038, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.389866666666668, "HoursOfRightAscension"], "SNRatio" -> 7.7, "StartTimePeakPhotonFlux" -> Quantity[0.54, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.325, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.31, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 68.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[25.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.614", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "219646", "TriggerTime" -> DateObject[{2006, 7, 17, 9, 7, 38.901000022888184}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.09, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[28.9508, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.389333333333335, "HoursOfRightAscension"]|>, "GRB 060719" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[43.52, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[66.86, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-48.378, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[29.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[152., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[30.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[44.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[47.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.16, "Seconds"], "EnergyFluenceStopTime" -> Quantity[84.64, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060719", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.329999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.31, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.33*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.71*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.8499999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.41*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.072, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.2274666666666667, "HoursOfRightAscension"], "SNRatio" -> 21., "StartTimePeakPhotonFlux" -> Quantity[0.62, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.104, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.102, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 61.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.899", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[60.26, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[649., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.4199999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[30.87, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[649., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[14.87, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[6750., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[153., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[55.16, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[84.64, "Seconds"], "TriggerNumber" -> "220020", "TriggerTime" -> DateObject[{2006, 7, 19, 6, 50, 36.94500017166138}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.06, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.38*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-48.3806, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.2288200000000002, "HoursOfRightAscension"]|>, "GRB 060728" -> <|"BasicComments" -> {"battblocks failed because of the weak nature of the burst.", "Possible GRB."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-41.388, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[6.25, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[22.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[2.79, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[5.33, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[7.88, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[64., "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060728", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[3.31, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.022, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[3.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.5099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.*^-13, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.4999999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.058, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(25-50) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.1092666666666668, "HoursOfRightAscension"], "SNRatio" -> 5.7, "StartTimePeakPhotonFlux" -> Quantity[36., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.437, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.435, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.438", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "221627", "TriggerTime" -> DateObject[{2006, 7, 28, 22, 24, 30.65399980545044}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060729" -> <|"BasicComments" -> {"Re-calculate the image significance using the interval determined\nby the flight software"}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[21.37, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[113.04, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-62.337, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[60.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[261., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[42.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[70.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[87.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.91, "Seconds"], "EnergyFluenceStopTime" -> Quantity[128.52, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060729", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[21.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.619999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.1499999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.4599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.082, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.5428, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[6.355133333333334, "HoursOfRightAscension"], "SNRatio" -> 9.9, "StartTimePeakPhotonFlux" -> Quantity[91.97, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[6.86, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[16.68, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.13, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.128, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[22.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.688", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.4*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.904, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.071, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 80.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[80.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.342, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[108.532, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[128.524, "Seconds"], "TriggerNumber" -> "221755", "TriggerTime" -> DateObject[{2006, 7, 29, 19, 12, 29.24399995803833}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[2.39, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.26*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-62.37, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.358846666666667, "HoursOfRightAscension"]|>, "GRB 060801" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.32, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.5, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[16.987, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3.81, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[8.05, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.02, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[2.92, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.04, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.59, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060801", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.49*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.99*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.1399999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.201, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[14.199000000000003, "HoursOfRightAscension"], "SNRatio" -> 13.3, "StartTimePeakPhotonFlux" -> Quantity[-0.18, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.224, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.242, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 73.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[108., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.484", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.2999999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.7999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.338, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[36.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.367, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[35.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 82.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[181., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.509, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.156, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[0.588, "Seconds"], "TriggerNumber" -> "222154", "TriggerTime" -> DateObject[{2006, 8, 1, 12, 16, 15.157999992370605}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.06, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.64*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[16.9817, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.20036, "HoursOfRightAscension"]|>, "GRB 060804" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[11.37, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[18.21, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-27.228, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[11.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[53.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.66, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[14.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[17.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-14.06, "Seconds"], "EnergyFluenceStopTime" -> Quantity[5.54, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060804", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.3799999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.029, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.43*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.929999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.1899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.1399999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.124, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[7.481466666666667, "HoursOfRightAscension"], "SNRatio" -> 10.7, "StartTimePeakPhotonFlux" -> Quantity[4.52, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.273, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.262, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 84.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[29.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.786", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.699999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.431, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[19., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.416, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 79.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[82.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.57, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[4.02, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[5.544, "Seconds"], "TriggerNumber" -> "222546", "TriggerTime" -> DateObject[{2006, 8, 4, 7, 28, 19.824999809265137}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"7"}, "TwentyMillisecondFluxStartTime" -> Quantity[4.89, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-27.2153, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.480366666666668, "HoursOfRightAscension"]|>, "GRB 060805A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[2.37, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[4.93, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[12.577, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.16, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[7.31, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.78, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.27, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[2.11, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.22, "Seconds"], "EnergyFluenceStopTime" -> Quantity[4.52, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060805A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.008, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.1899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[14.729000000000003, "HoursOfRightAscension"], "SNRatio" -> 6.8, "StartTimePeakPhotonFlux" -> Quantity[0.72, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.404, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.356, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 62.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[13.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.105", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "222683", "TriggerTime" -> DateObject[{2006, 8, 5, 4, 47, 49.16699981689453}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[12.5866, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.728733333333334, "HoursOfRightAscension"]|>, "GRB 060807" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[17.37, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[53.74, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[31.593, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[22.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[86.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[21.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[29.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-40.76, "Seconds"], "EnergyFluenceStopTime" -> Quantity[25.58, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060807", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.1499999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.5099999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.4399999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.259999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.4899999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.124, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.8354, "HoursOfRightAscension"], "SNRatio" -> 12.5, "StartTimePeakPhotonFlux" -> Quantity[-0.14, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.2, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.197, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[13.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.543", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.2*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.455, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.409, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 66.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[43.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.353, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[6.428, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[25.58, "Seconds"], "TriggerNumber" -> "223217", "TriggerTime" -> DateObject[{2006, 8, 7, 14, 41, 35.401999950408936}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.67, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.89*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[31.5917, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.83406666666667, "HoursOfRightAscension"]|>, "GRB 060813" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[4.18, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[15.89, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-29.845, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[159., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[553., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[58.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[128., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[207., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.2, "Seconds"], "EnergyFluenceStopTime" -> Quantity[36.17, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060813", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.8899999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.39*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.047, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.75*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.959999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.85*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.59*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.9299999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[8.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[7.459666666666667, "HoursOfRightAscension"], "SNRatio" -> 63.8, "StartTimePeakPhotonFlux" -> Quantity[3.59, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 41.2, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[207.29, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[204., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.167, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.042, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[59.34, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[31., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.173, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.042, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[243.66, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[37., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[157., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.072, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.333", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[204.18, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1150., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.729999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[6.579999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.374, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[48.8, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1150., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[45.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.328, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[130.8, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[17400., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[45.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 71.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[751., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.08, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[17.94, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[36.172, "Seconds"], "TriggerNumber" -> "224364", "TriggerTime" -> DateObject[{2006, 8, 13, 22, 50, 22.68499994277954}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[3.22, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-29.847, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.459826666666667, "HoursOfRightAscension"]|>, "GRB 060814" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[61.62, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[144.95, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[20.59, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[387., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1480., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[205., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[370., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[513., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-9.36, "Seconds"], "EnergyFluenceStopTime" -> Quantity[218.32, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060814", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.9199999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[11.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[23.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.13, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.37*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.031, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.9*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.07*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.34*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.33*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.2*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.967, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[7.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.84, "RedshiftReferences" -> {"24"}, "RightAscension" -> Quantity[14.755933333333333, "HoursOfRightAscension"], "SNRatio" -> 49.9, "StartTimePeakPhotonFlux" -> Quantity[15.4, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[31.89, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[69.57, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.031, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.031, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 42., "TimeAveragedPowerLawNormalization50keV" -> Quantity[68.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.529", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.07*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.427, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[26.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.424, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[26.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72., "TimeResolvedPowerLawNormalization50keV" -> Quantity[613., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.149, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[158.38, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[218.324, "Seconds"], "TriggerNumber" -> "224552", "TriggerTime" -> DateObject[{2006, 8, 14, 23, 2, 19.03499984741211}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[15.84, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.159999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[9.98, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[20.5859, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.75592, "HoursOfRightAscension"]|>, "GRB 060825" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[3.79, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[7.63, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[55.792, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[17.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[95.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[28.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[34.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.62, "Seconds"], "EnergyFluenceStopTime" -> Quantity[7., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060825", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.0699999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.04*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.54*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.025, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.4*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.05*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.1299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.57*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.359999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.228, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.97, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.2090666666666667, "HoursOfRightAscension"], "SNRatio" -> 45.8, "StartTimePeakPhotonFlux" -> Quantity[0.07, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 65.7, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[71.36, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[216., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.28, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.066, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.81, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[60., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.302, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.066, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[20.74, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[92., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 81.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[103., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.065, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.691", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[97.05, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[2320., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.13*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.0199999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.355, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[18.55, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[2320., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.321, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[49.33, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[49700., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 77.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[219., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.368, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[5.508, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[7., "Seconds"], "TriggerNumber" -> "226382", "TriggerTime" -> DateObject[{2006, 8, 25, 2, 59, 57.7020001411438}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.45, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.3999999999999996*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[55.7977, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.2081733333333333, "HoursOfRightAscension"]|>, "GRB 060904A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[25.89, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[80.06, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[44.985, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[204., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[783., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[110., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[197., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[272., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-23.89, "Seconds"], "EnergyFluenceStopTime" -> Quantity[109.76, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060904A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.36*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.81*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.025, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.52*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.39*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.7699999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.759999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.6199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.769, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[4.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.849266666666667, "HoursOfRightAscension"], "SNRatio" -> 16.9, "StartTimePeakPhotonFlux" -> Quantity[55.34, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.038, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.038, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 35.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[62.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.540", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[87.1, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[603., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.72*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.06*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.486, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[14.85, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[226., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[26.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.481, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[35.04, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[410., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[26.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 88.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[455., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.121, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[89.792, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[109.76, "Seconds"], "TriggerNumber" -> "227996", "TriggerTime" -> DateObject[{2006, 9, 4, 1, 3, 21.201000213623047}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[57.34, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.179999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060904B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[145.92, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[171.9, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-0.72, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[40.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[165., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[24.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[42.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[56.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.94, "Seconds"], "EnergyFluenceStopTime" -> Quantity[183.47, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060904B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.31, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.9499999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.869999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.1*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.0099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.4199999999999993*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.348, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.7029, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[3.881266666666666, "HoursOfRightAscension"], "SNRatio" -> 33.8, "StartTimePeakPhotonFlux" -> Quantity[1.16, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[1.17, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[2.94, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.137, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.135, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 64.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[9.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.604", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[31.27, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[193., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.88*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.754, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.59, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[193., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[14.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 4.024, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[5.47, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1790., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[13.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72., "TimeResolvedPowerLawNormalization50keV" -> Quantity[182., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.807, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[139.668, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[183.468, "Seconds"], "TriggerNumber" -> "228006", "TriggerTime" -> DateObject[{2006, 9, 4, 2, 31, 3.8569998741149902}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.1, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.629999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-0.725, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.880713333333333, "HoursOfRightAscension"]|>, "GRB 060906" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[17.12, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[44.58, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[30.356, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[42.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[224., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[46.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[66., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[69.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-41.8, "Seconds"], "EnergyFluenceStopTime" -> Quantity[8.37, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060906", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.9299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.1499999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.22*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.7*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.68*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.67*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.99, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.6856, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[2.7141333333333337, "HoursOfRightAscension"], "SNRatio" -> 9.2, "StartTimePeakPhotonFlux" -> Quantity[-24.81, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[3.41, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[10.24, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.105, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.102, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[48.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.928", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.0199999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.7999999999999997*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 7.933, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[14.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 5.067, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[52.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 69., "TimeResolvedPowerLawNormalization50keV" -> Quantity[110., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.794, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.132, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[8.368, "Seconds"], "TriggerNumber" -> "228316", "TriggerTime" -> DateObject[{2006, 9, 6, 8, 32, 46.57299995422363}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[-41.55, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.5399999999999995*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[30.3619, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.7169133333333333, "HoursOfRightAscension"]|>, "GRB 060908" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.42, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[18.78, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[0.332, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[77.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[281., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[29.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[66.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[107., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-12.98, "Seconds"], "EnergyFluenceStopTime" -> Quantity[15.51, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060908", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.93*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.29*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.031, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.93*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.81*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.3199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.04*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.504, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.8836, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[2.1216666666666666, "HoursOfRightAscension"], "SNRatio" -> 25.7, "StartTimePeakPhotonFlux" -> Quantity[0.54, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.15, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[5.95, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 46.4, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[147.72, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[157., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.243, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.059, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[37.54, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[35., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.258, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.059, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[138.29, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[48., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[103., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.928, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.324", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[150.13, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[900., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.55*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.46*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.707, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[37.81, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[711., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[23.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.571, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[135.32, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[8980., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[21.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 82.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[244., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.075, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[11.36, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[15.512, "Seconds"], "TriggerNumber" -> "228581", "TriggerTime" -> DateObject[{2006, 9, 8, 8, 57, 22.3439998626709}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.2, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.72*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[0.3423, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.1217866666666665, "HoursOfRightAscension"]|>, "GRB 060912A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.75, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[5.03, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[20.968, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[30.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[136., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[23.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[37.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[45.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.56, "Seconds"], "EnergyFluenceStopTime" -> Quantity[6.12, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060912A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.0199999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.65, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.2099999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.111, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1699999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.849999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.65*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.6899999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.12*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.602, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[8.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.98, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.937, "RedshiftReferences" -> {"25"}, "RightAscension" -> Quantity[0.35206666666666675, "HoursOfRightAscension"], "SNRatio" -> 35.4, "StartTimePeakPhotonFlux" -> Quantity[0., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[1.13, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[3.03, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.08, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.08, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 67.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[221., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.729", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[82.2, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1210., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.95*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[5.74*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[3.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.473, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[15.15, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[365., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[63.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.485, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[45.24, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[576., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[63.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 66.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[639., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.133, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.724, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[6.116, "Seconds"], "TriggerNumber" -> "229185", "TriggerTime" -> DateObject[{2006, 9, 12, 13, 55, 54.14400005340576}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.68, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.87*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[11.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[20.972, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.35225333333333336, "HoursOfRightAscension"]|>, "GRB 060919" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[3.21, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[9.01, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-50.996, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[11.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[54.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[10.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[15.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[17.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.01, "Seconds"], "EnergyFluenceStopTime" -> Quantity[8.86, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060919", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.3899999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.4599999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.031, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.97, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.16*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.9399999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.23*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.07*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.313, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.459999999999997, "HoursOfRightAscension"], "SNRatio" -> 13.9, "StartTimePeakPhotonFlux" -> Quantity[-0.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.185, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.181, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 75.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[60., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.825", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.63*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.46, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.397, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[169., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.405, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.324, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[8.86, "Seconds"], "TriggerNumber" -> "230115", "TriggerTime" -> DateObject[{2006, 9, 19, 7, 48, 38.67399978637695}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-0.23, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.6*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-51.0146, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.461593333333333, "HoursOfRightAscension"]|>, "GRB 060923A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[39., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[51.54, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[12.344, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[20.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[88.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[14.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[23.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[29.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-42.25, "Seconds"], "EnergyFluenceStopTime" -> Quantity[11.49, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060923A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.9199999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.1299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.025, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.9799999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.0699999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.5699999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.7799999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.151, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.9746, "HoursOfRightAscension"], "SNRatio" -> 10.1, "StartTimePeakPhotonFlux" -> Quantity[0.03, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.227, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.22, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 76.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[17.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.695", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.199999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.629, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[16.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.516, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[16.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 86.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[95.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.207, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.504, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[11.492, "Seconds"], "TriggerNumber" -> "230662", "TriggerTime" -> DateObject[{2006, 9, 23, 5, 12, 15.369999885559082}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.35, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.6*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[12.3605, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.974473333333336, "HoursOfRightAscension"]|>, "GRB 060923B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.3, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[8.95, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-30.905, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[5.25, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[49., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[16.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[11.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.07, "Seconds"], "EnergyFluenceStopTime" -> Quantity[9.89, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060923B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.1899999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.32, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.92*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.011, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.429999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.35*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.45*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.81*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.043, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.879199999999997, "HoursOfRightAscension"], "SNRatio" -> 14.6, "StartTimePeakPhotonFlux" -> Quantity[4.93, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.247, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.228, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[49.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.474", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "230702", "TriggerTime" -> DateObject[{2006, 9, 23, 11, 38, 6.2170000076293945}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.66, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.1499999999999996*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-30.9038, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.879633333333336, "HoursOfRightAscension"]|>, "GRB 060923C" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[41.01, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[67.41, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[3.939, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[21.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[157., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[43., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[50.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[42.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[6.39, "Seconds"], "EnergyFluenceStopTime" -> Quantity[86.14, "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060923C", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[21.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.4399999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.016, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.86*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.28*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.2799999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.6299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.043, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.074533333333335, "HoursOfRightAscension"], "SNRatio" -> 10.8, "StartTimePeakPhotonFlux" -> Quantity[27.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.235, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.217, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 52.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[20.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.250", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "230711", "TriggerTime" -> DateObject[{2006, 9, 23, 13, 33, 2.5370001792907715}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 060926" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[3.69, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[7.79, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[13.042, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.42, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[23.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.63, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.71, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.46, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.09, "Seconds"], "EnergyFluenceStopTime" -> Quantity[10.14, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060926", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.12*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.006, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.87*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.9099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.4899999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.037, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.2086, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[17.595266666666664, "HoursOfRightAscension"], "SNRatio" -> 18.3, "StartTimePeakPhotonFlux" -> Quantity[0.37, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.53, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.39, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.229, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.213, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 38.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[22.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.497", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.2999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.595, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.466, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 52., "TimeResolvedPowerLawNormalization50keV" -> Quantity[43.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.435, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[3.584, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[10.14, "Seconds"], "TriggerNumber" -> "231231", "TriggerTime" -> DateObject[{2006, 9, 26, 16, 48, 41.85900020599365}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.8, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.78*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[13.038, "AngularDegrees"], "XRTRightAscension" -> Quantity[17.595473333333338, "HoursOfRightAscension"]|>, "GRB 060927" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[15.76, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[22.42, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[5.368, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[20., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[112., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[16.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[34., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[41.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.98, "Seconds"], "EnergyFluenceStopTime" -> Quantity[23.75, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060927", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.57, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.33*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.69*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.47*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.6299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.099999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.03*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.394, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 5.4636, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[21.970066666666664, "HoursOfRightAscension"], "SNRatio" -> 40.5, "StartTimePeakPhotonFlux" -> Quantity[0.22, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[1.94, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[3.37, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 56.8, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[70.57, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[136., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.347, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.076, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.56, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[46., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.378, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.076, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[19.34, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[77., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 74., "TimeAveragedPowerLawNormalization50keV" -> Quantity[52.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.808, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.611", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[128.07, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[511., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.4799999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.3899999999999995*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.914, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[25.94, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[262., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.646, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[64.66, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[729., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 70.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[232., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.035, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[16.54, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[23.752, "Seconds"], "TriggerNumber" -> "231362", "TriggerTime" -> DateObject[{2006, 9, 27, 14, 7, 35.29699993133545}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.04, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[5.3636, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.970013333333338, "HoursOfRightAscension"]|>, "GRB 060929" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.7, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[12.38, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[200, "Seconds"], "Declination" -> Quantity[29.846, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[7.79, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[28.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.74, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[6.98, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[10., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.35, "Seconds"], "EnergyFluenceStopTime" -> Quantity[8.9, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 060929", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.5599999999999994*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.6899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.34*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.058, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[17.543333333333333, "HoursOfRightAscension"], "SNRatio" -> 11.6, "StartTimePeakPhotonFlux" -> Quantity[2.68, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.251, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.247, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 42.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[21., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.478", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "231702", "TriggerTime" -> DateObject[{2006, 9, 29, 19, 55, 1.0520000457763672}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-1.12, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[8.449999999999999*^-11, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[29.8352, "AngularDegrees"], "XRTRightAscension" -> Quantity[17.541373333333333, "HoursOfRightAscension"]|>, "GRB 061002" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[12.27, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[22.14, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[48.73, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[21.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[85.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[22., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[29.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-9.76, "Seconds"], "EnergyFluenceStopTime" -> Quantity[16.88, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061002", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.35*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.57, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.86*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.6299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.119999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.14*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.083, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[14.690266666666668, "HoursOfRightAscension"], "SNRatio" -> 14.4, "StartTimePeakPhotonFlux" -> Quantity[-1.39, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.193, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.192, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[34.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.573", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.6*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.527, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.599, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 55.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[38.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.004, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[-2.352, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[16.88, "Seconds"], "TriggerNumber" -> "231974", "TriggerTime" -> DateObject[{2006, 10, 2, 1, 3, 29.592000007629395}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-1.22, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.4899999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[48.7414, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.689860000000001, "HoursOfRightAscension"]|>, "GRB 061004" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.92, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[6.26, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-45.904, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[12.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[56.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[10.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[18.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.24, "Seconds"], "EnergyFluenceStopTime" -> Quantity[8.12, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061004", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.35*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.31, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.71*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.8399999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.64*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.6799999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.349999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.241, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.519333333333334, "HoursOfRightAscension"], "SNRatio" -> 38.1, "StartTimePeakPhotonFlux" -> Quantity[2.67, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.089, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.088, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 62.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[78.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.774", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[40.13, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[369., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.67*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.383, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.3, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[369., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.335, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[12.73, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[2770., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 74.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[177., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.518, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[5.8, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[8.116, "Seconds"], "TriggerNumber" -> "232339", "TriggerTime" -> DateObject[{2006, 10, 4, 19, 50, 30.513999938964844}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.92, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.4899999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-45.9068, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.5196933333333345, "HoursOfRightAscension"]|>, "GRB 061006" -> <|"BasicComments" -> {"Short duration GRB with an extended emission."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[55.74, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[129.79, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-79.199, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[31.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[143., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[24.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[39.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[47., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-23.24, "Seconds"], "EnergyFluenceStopTime" -> Quantity[137.72, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061006", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.1399999999999995*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.22*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.034, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.11*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.249999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.2*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.769999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.95*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[5.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.4377, "RedshiftReferences" -> {"26"}, "RightAscension" -> Quantity[7.400533333333334, "HoursOfRightAscension"], "SNRatio" -> 13.1, "StartTimePeakPhotonFlux" -> Quantity[-23.2, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.18, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[0.35, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.163, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.159, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 61.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[9.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.739", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[102.84, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[11700., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.3499999999999999*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[5.599999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[6.199999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.21*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.666, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[20.26, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[11700., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[88.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.539, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[55.05, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[38600., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[86.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 85.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[996., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.457, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[38.584, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[137.72, "Seconds"], "TriggerNumber" -> "232585", "TriggerTime" -> DateObject[{2006, 10, 6, 16, 45, 50.510000228881836}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-22.67, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.8799999999999997*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[15.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-79.1988, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.402173333333334, "HoursOfRightAscension"]|>, "GRB 061007" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[23.02, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[75.74, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-50.495, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1650., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[4500., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[342., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[845., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1660., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-4.06, "Seconds"], "EnergyFluenceStopTime" -> Quantity[248.29, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061007", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.97*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[30.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[53.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[10.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[15.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[19.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.5099999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.88*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.125, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.79*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.56*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.3199999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.77*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[3.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[14.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[3.97, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[4.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.2622, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[3.0870666666666673, "HoursOfRightAscension"], "SNRatio" -> 35.3, "StartTimePeakPhotonFlux" -> Quantity[45.14, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[9.15, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[23.66, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.023, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.023, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 27.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[166., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.020", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[131.35, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1830., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.09*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[9.259999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.5999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.3399999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[31.86, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[543., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[168., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[115.8, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[852., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[167., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[1740., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[152.64, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[248.288, "Seconds"], "TriggerNumber" -> "232683", "TriggerTime" -> DateObject[{2006, 10, 7, 10, 8, 8.811999797821045}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[38.48, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.13*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[21.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-50.5007, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.0887933333333333, "HoursOfRightAscension"]|>, "GRB 061019" -> <|"BasicComments" -> {"Re-calculate the image significance using the interval determined\nby the flight software"}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[165.06, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[174.74, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[29.567, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[49.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[244., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[46.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[69.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[77.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-169.48, "Seconds"], "EnergyFluenceStopTime" -> Quantity[15.86, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061019", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.91*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[8.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[16.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[40.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[9.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[9.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[17.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.1899999999999995*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[8.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.3899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.7099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.2399999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.36*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.96*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.36*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.088, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.1078, "HoursOfRightAscension"], "SNRatio" -> 9.6, "StartTimePeakPhotonFlux" -> Quantity[2.75, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.266, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.251, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48., "TimeAveragedPowerLawNormalization50keV" -> Quantity[14.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.845", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.0199999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.961, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.928, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 60.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[111., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.593, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[6.792, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[15.864, "Seconds"], "TriggerNumber" -> "234516", "TriggerTime" -> DateObject[{2006, 10, 19, 4, 19, 6.964000225067139}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[3.14, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.54*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[8.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[29.57, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.108613333333334, "HoursOfRightAscension"]|>, "GRB 061021" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[10.76, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[43.8, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[515, "Seconds"], "Declination" -> Quantity[-21.954, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[94.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[301., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[31.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[66.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[109., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.01, "Seconds"], "EnergyFluenceStopTime" -> Quantity[64.96, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061021", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.97*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.4799999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.8699999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.45*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.7599999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.9999999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[6.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.3463, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[9.6766, "HoursOfRightAscension"], "SNRatio" -> 59.8, "StartTimePeakPhotonFlux" -> Quantity[2.44, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.79, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[9.45, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.061, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.062, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 40.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[46.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.283", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[142.43, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[749., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.639999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.24*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.3999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.218, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[35.61, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[210., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[34.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.212, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[121.17, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[316., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[34.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[542., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.995, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[14.972, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[64.96, "Seconds"], "TriggerNumber" -> "234905", "TriggerTime" -> DateObject[{2006, 10, 21, 15, 39, 7.663000106811523}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.63, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.84*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[8.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-21.9515, "AngularDegrees"], "XRTRightAscension" -> Quantity[9.676706666666668, "HoursOfRightAscension"]|>, "GRB 061027" -> <|"BasicComments" -> {"battblocks failed because of the weak nature of the burst.", "Possible GRB."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-82.24, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[5.66, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[28.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[5.76, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[8.37, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[9.08, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[64., "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit.", "Pe1s(15-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061027", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[3.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[3.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.72*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.12*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.085, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(25-50) is an upper limit.", "Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.058400000000002, "HoursOfRightAscension"], "SNRatio" -> 4.6, "StartTimePeakPhotonFlux" -> Quantity[8., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.488, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.447, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 68.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[4.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.885", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "235645", "TriggerTime" -> DateObject[{2006, 10, 27, 10, 15, 2.4670000076293945}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 061028" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[42.02, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[105.62, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[46.285, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[22., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[94.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[25.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[31.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[48.18, "Seconds"], "EnergyFluenceStopTime" -> Quantity[167.22, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061028", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.78*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.01*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.023, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.0899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.84*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.1600000000000002*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.106, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.479133333333334, "HoursOfRightAscension"], "SNRatio" -> 8.3, "StartTimePeakPhotonFlux" -> Quantity[79.93, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.297, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.283, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54., "TimeAveragedPowerLawNormalization50keV" -> Quantity[8.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.691", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "235715", "TriggerTime" -> DateObject[{2006, 10, 28, 1, 26, 22.466000080108643}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[57.37, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.0399999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[46.299, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.481853333333334, "HoursOfRightAscension"]|>, "GRB 061102" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[21.32, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[36.29, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-17.029, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[7.56, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[27.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.62, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[6.74, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[9.71, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1., "Seconds"], "EnergyFluenceStopTime" -> Quantity[48.8, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061102", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.879999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[8.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.56*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[9.892800000000001, "HoursOfRightAscension"], "SNRatio" -> 7.8, "StartTimePeakPhotonFlux" -> Quantity[14.66, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.366, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.362, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 64.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[5.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.474", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "236430", "TriggerTime" -> DateObject[{2006, 11, 2, 1, 0, 31.223000049591064}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[17.77, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.4099999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 061110A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[22.14, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[44.51, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-2.26, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[27.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[113., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[17.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[29.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[38.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-8.8, "Seconds"], "EnergyFluenceStopTime" -> Quantity[44.88, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061110A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.47*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.008, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.87*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.025, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.758, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[22.41906666666667, "HoursOfRightAscension"], "SNRatio" -> 25., "StartTimePeakPhotonFlux" -> Quantity[2.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[18.2, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[27.3, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.118, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.116, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59., "TimeAveragedPowerLawNormalization50keV" -> Quantity[22.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.643", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.229, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.218, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 55., "TimeResolvedPowerLawNormalization50keV" -> Quantity[32.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.582, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[15.208, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[44.884, "Seconds"], "TriggerNumber" -> "238108", "TriggerTime" -> DateObject[{2006, 11, 10, 11, 47, 21.317999839782715}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-2.1, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.59*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-2.2586, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.4194, "HoursOfRightAscension"]|>, "GRB 061110B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[57., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[132.76, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[6.872, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[50.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[135., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.86, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[24.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[50., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-16.26, "Seconds"], "EnergyFluenceStopTime" -> Quantity[127.94, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061110B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.0099999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.57, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.59*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.3299999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.4344, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[21.594133333333332, "HoursOfRightAscension"], "SNRatio" -> 14.9, "StartTimePeakPhotonFlux" -> Quantity[-7.86, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[18.73, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[31.94, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.151, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.155, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58., "TimeAveragedPowerLawNormalization50keV" -> Quantity[8.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.991", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.4*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 8.865, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 4.135, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 61.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[37.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.627, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[9.524, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[127.944, "Seconds"], "TriggerNumber" -> "238174", "TriggerTime" -> DateObject[{2006, 11, 10, 21, 58, 45.54099988937378}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-7.04, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.1499999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[6.8756, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.59456666666667, "HoursOfRightAscension"]|>, "GRB 061121" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.48, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[81.22, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-13.186, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[400., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1390., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[168., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[327., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[495., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.73, "Seconds"], "EnergyFluenceStopTime" -> Quantity[121.45, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061121", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.3299999999999994*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[19.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.31, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.0099999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.4999999999999995*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.101, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.079999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.97*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.5499999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.76*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.259999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[3.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[21.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[4.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[6.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[6.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.3145, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[9.815466666666666, "HoursOfRightAscension"], "SNRatio" -> 35.8, "StartTimePeakPhotonFlux" -> Quantity[74.48, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[3.1, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[9.77, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.027, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.028, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 27.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[118., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.403", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[102.93, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[447., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.4599999999999998*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.08*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.28*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[23.72, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[165., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[98.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[99., "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[301., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[98.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[2200., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[101.964, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[121.448, "Seconds"], "TriggerNumber" -> "239899", "TriggerTime" -> DateObject[{2006, 11, 21, 15, 22, 29.00600004196167}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[74.86, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.7699999999999997*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[26.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-13.195, "AngularDegrees"], "XRTRightAscension" -> Quantity[9.815166666666666, "HoursOfRightAscension"]|>, "GRB 061126" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[14.79, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[50.28, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[64.205, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[215., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[661., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[64.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[141., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[241., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.21, "Seconds"], "EnergyFluenceStopTime" -> Quantity[81.79, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061126", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.61, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.27*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.7299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.3799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.114, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.82*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.64*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.6399999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.5799999999999995*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[9.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[3.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.1588, "RedshiftReferences" -> {"27"}, "RightAscension" -> Quantity[5.774466666666668, "HoursOfRightAscension"], "SNRatio" -> 52.3, "StartTimePeakPhotonFlux" -> Quantity[6.66, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[3.01, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[10.85, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.049, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.049, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[75.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.223", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.22*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.9*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.321, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[55.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.308, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[54.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 95.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[816., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.673, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[31.968, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[81.792, "Seconds"], "TriggerNumber" -> "240766", "TriggerTime" -> DateObject[{2006, 11, 26, 8, 47, 56.420000076293945}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[7.56, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.4199999999999999*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[13.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[64.211, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.773486666666668, "HoursOfRightAscension"]|>, "GRB 061201" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.43, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.78, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-74.573, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[14.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[34.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.93, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[5.48, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[12.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.85, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061201", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[4.4299999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.79*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.83*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.04*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.044, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.99, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.4199999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.56*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.23*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.99*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.716, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.139200000000002, "HoursOfRightAscension"], "SNRatio" -> 23.3, "StartTimePeakPhotonFlux" -> Quantity[-0.07, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.141, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[27.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.145, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[26.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51., "TimeAveragedPowerLawNormalization50keV" -> Quantity[342., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.796", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[37.36, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1910., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.79*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.33*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[3.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.71*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.565, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[20.11, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1570., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[128., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.464, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[10.11, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[87200., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[125., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 80.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[662., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.524, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.628, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[0.852, "Seconds"], "TriggerNumber" -> "241840", "TriggerTime" -> DateObject[{2006, 12, 1, 15, 58, 36.82100009918213}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.58, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.4899999999999998*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[11.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-74.5801, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.142300000000002, "HoursOfRightAscension"]|>, "GRB 061202" -> <|"BasicComments" -> {"Re-calculate the image significance using the interval determined\nby the flight software"}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[17.44, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[94.19, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-74.668, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[89.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[345., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[49., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[87.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[119., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.84, "Seconds"], "EnergyFluenceStopTime" -> Quantity[147.44, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061202", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.22*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.07*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.03*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.63*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.28*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.309, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[7.037333333333334, "HoursOfRightAscension"], "SNRatio" -> 6.6, "StartTimePeakPhotonFlux" -> Quantity[75.04, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.069, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.068, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 71.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[24.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.548", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.8699999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 5.532, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[13.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.637, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[193., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.369, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[108.584, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[147.444, "Seconds"], "TriggerNumber" -> "241963", "TriggerTime" -> DateObject[{2006, 12, 2, 8, 11, 44.69600009918213}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[75.4, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.28*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-74.6986, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.035033333333333, "HoursOfRightAscension"]|>, "GRB 061210" -> <|"BasicComments" -> {"Short duration GRB with an extended emission."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[31.47, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[85.45, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[15.618, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[28.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[109., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[27.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[37.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[89.39, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061210", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.62*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.87*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.046, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[7.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.22*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.91*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.08*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.615, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.4095, "RedshiftReferences" -> {"26"}, "RightAscension" -> Quantity[9.634866666666666, "HoursOfRightAscension"], "SNRatio" -> 8.9, "StartTimePeakPhotonFlux" -> Quantity[-0.23, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.01, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[0.04, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.274, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.271, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 65.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[13., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.547", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.72*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.99*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[664., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[660., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[5410., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.08, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[89.388, "Seconds"], "TriggerNumber" -> "243690", "TriggerTime" -> DateObject[{2006, 12, 10, 12, 20, 39.551000118255615}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0., "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.2499999999999996*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[62.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 061217" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.1, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.24, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-21.146, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.79, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[4.29, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.23, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.68, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1.59, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.28, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061217", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.0099999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.5999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.6899999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.83*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.78*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.086, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.827, "RedshiftReferences" -> {"26"}, "RightAscension" -> Quantity[10.693733333333334, "HoursOfRightAscension"], "SNRatio" -> 9.4, "StartTimePeakPhotonFlux" -> Quantity[-0.35, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.301, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[22.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.327, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[22.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[129., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.765", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> {"battblocks failed because of the weak signal in the light curve."}, "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "251634", "TriggerTime" -> DateObject[{2006, 12, 17, 3, 40, 8.217000007629395}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.14, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.75*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 061218" -> <|"BasicComments" -> {"battblocks failed because of the weak nature of the burst."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-35.222, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.87, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[4.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.53, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.44, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[0.94, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[4.1, "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> {"S(100-150) is an upper limit."}, "Name" -> "GRB 061218", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[1.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[3.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.2199999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[9.949800000000002, "HoursOfRightAscension"], "SNRatio" -> 4.3, "StartTimePeakPhotonFlux" -> Quantity[1.54, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.657, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.514, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 74., "TimeAveragedPowerLawNormalization50keV" -> Quantity[10.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.611", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "251863", "TriggerTime" -> DateObject[{2006, 12, 18, 4, 5, 5.815000057220459}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 061222A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[96., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[46.522, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[247., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[812., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[89.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[183., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[293., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.76, "Seconds"], "EnergyFluenceStopTime" -> Quantity[112.24, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061222A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.58*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[16.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.11*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.9899999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.028, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.03*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.8*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.8899999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1499999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.1399999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[6.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.99, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.088, "RedshiftReferences" -> {"28"}, "RightAscension" -> Quantity[23.883733333333335, "HoursOfRightAscension"], "SNRatio" -> 20.9, "StartTimePeakPhotonFlux" -> Quantity[87.74, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[4.73, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[20.88, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.038, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.038, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 38., "TimeAveragedPowerLawNormalization50keV" -> Quantity[64.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.324", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[333.29, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[344., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.9499999999999996*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.9299999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.56, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[107.74, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[36., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.499, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[427.6, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[43., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 71.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[287., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.157, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[96.24, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[112.24, "Seconds"], "TriggerNumber" -> "252588", "TriggerTime" -> DateObject[{2006, 12, 22, 3, 28, 52.110000133514404}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[87.15, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.75*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[15.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[46.5327, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.884273333333333, "HoursOfRightAscension"]|>, "GRB 061222B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[19.31, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[37.25, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[903, "Seconds"], "Declination" -> Quantity[-25.868, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[41.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[227., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[48.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[67.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[69.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[35.11, "Seconds"], "EnergyFluenceStopTime" -> Quantity[84.89, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 061222B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[18.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.3399999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.689999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.22*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.73*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.43*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.067, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.355, "RedshiftReferences" -> {"29"}, "RightAscension" -> Quantity[7.0236, "HoursOfRightAscension"], "SNRatio" -> 21., "StartTimePeakPhotonFlux" -> Quantity[59.28, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[5.08, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[10.87, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.131, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.127, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 52., "TimeAveragedPowerLawNormalization50keV" -> Quantity[49.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.956", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.1*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.463, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.404, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 57.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[65.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.418, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[70.296, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[84.888, "Seconds"], "TriggerNumber" -> "252593", "TriggerTime" -> DateObject[{2006, 12, 22, 4, 11, 2.3499999046325684}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[46.65, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[8.209999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[7.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-25.8598, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.023526666666668, "HoursOfRightAscension"]|>, "GRB 070103" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.57, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[18.4, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[26.822, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[6.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[32.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.63, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[9.58, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[10.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.1, "Seconds"], "EnergyFluenceStopTime" -> Quantity[19.42, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070103", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.95, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.11*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.36*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.83*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.33*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.9699999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.1600000000000002*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.504600000000003, "HoursOfRightAscension"], "SNRatio" -> 9.2, "StartTimePeakPhotonFlux" -> Quantity[-0.11, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.208, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.198, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[18.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.894", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[45.53, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1120., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[6.599999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.763, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.04, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1120., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[18.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.57, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[16.03, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[9270., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 80.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[95.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.567, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[10.208, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[19.42, "Seconds"], "TriggerNumber" -> "254532", "TriggerTime" -> DateObject[{2007, 1, 3, 20, 46, 39.41200017929077}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.34, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.58*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[26.8761, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.50382, "HoursOfRightAscension"]|>, "GRB 070107" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[38.67, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[333.76, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-53.207, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[164., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[523., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[54.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[115., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[190., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-20.51, "Seconds"], "EnergyFluenceStopTime" -> Quantity[374.74, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070107", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.67*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[14.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[26.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.14*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.09*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.8899999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.4599999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.019999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.359, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[10.628400000000001, "HoursOfRightAscension"], "SNRatio" -> 23.7, "StartTimePeakPhotonFlux" -> Quantity[-7.24, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.09, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.091, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[13.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.274", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.5*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.041, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.714, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[10.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 74.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[136., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.937, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[325.604, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[374.744, "Seconds"], "TriggerNumber" -> "255029", "TriggerTime" -> DateObject[{2007, 1, 7, 12, 5, 18.31599998474121}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-19.01, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.61*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-53.2132, "AngularDegrees"], "XRTRightAscension" -> Quantity[10.626813333333331, "HoursOfRightAscension"]|>, "GRB 070110" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[30.47, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[79.71, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-52.972, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[41.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[163., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[23.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[41.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[56., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.74, "Seconds"], "EnergyFluenceStopTime" -> Quantity[108.18, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070110", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.279999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.7599999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1499999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.68*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.067, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.3521, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[0.061733333333333335, "HoursOfRightAscension"], "SNRatio" -> 25.2, "StartTimePeakPhotonFlux" -> Quantity[-0.77, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[9.55, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[30.13, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.114, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.113, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 36.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[15.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.567", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[39.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[108.12, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[108.176, "Seconds"], "TriggerNumber" -> "255445", "TriggerTime" -> DateObject[{2007, 1, 10, 7, 22, 41.573999881744385}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[5.96, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.06*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-52.9745, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.060913333333333326, "HoursOfRightAscension"]|>, "GRB 070126" -> <|"BasicComments" -> {"battblocks failed because of the weak nature of the burst.", "Possible GRB."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-73.548, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.51, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[13.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.11, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.45, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[2.46, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[64., "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit."}, "FluencesComments" -> {"S(100-150) is an upper limit."}, "Name" -> "GRB 070126", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[3.95, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.13, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[4., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.03*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.036, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(25-50) is an upper limit.", "Pph1s(50-100) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.2329333333333334, "HoursOfRightAscension"], "SNRatio" -> 4.3, "StartTimePeakPhotonFlux" -> Quantity[37., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.53, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.474, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.873", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "257741", "TriggerTime" -> DateObject[{2007, 1, 26, 2, 33, 26.276999950408936}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070129" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[272.54, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[459.05, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[11.736, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[54., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[301., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[65.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[90., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[91.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-124.93, "Seconds"], "EnergyFluenceStopTime" -> Quantity[373.89, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070129", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.44*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[11., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[26.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[12., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.008, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.57*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.11*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.4662666666666664, "HoursOfRightAscension"], "SNRatio" -> 6.8, "StartTimePeakPhotonFlux" -> Quantity[310.57, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.151, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.145, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 67.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[6.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.979", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.436, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.379, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 67.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[26.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.827, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[364.684, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[373.888, "Seconds"], "TriggerNumber" -> "258408", "TriggerTime" -> DateObject[{2007, 1, 29, 23, 35, 10.269000053405762}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-72.76, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.3699999999999996*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[11.6844, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.4669266666666667, "HoursOfRightAscension"]|>, "GRB 070208" -> <|"BasicComments" -> {"Re-calculate the image significance using the interval determined\nby the flight software"}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[48., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[64., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[552, "Seconds"], "Declination" -> Quantity[61.992, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[9.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[51.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[11.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[15.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[15.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.03, "Seconds"], "EnergyFluenceStopTime" -> Quantity[48.97, "Seconds"], "EnergyFluxComments" -> {"Pe1s(25-50) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070208", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.19*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.56*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2099999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.44*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.061, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(25-50) is an upper limit."}, "Redshift" -> 1.165, "RedshiftReferences" -> {"30"}, "RightAscension" -> Quantity[13.191666666666668, "HoursOfRightAscension"], "SNRatio" -> 7.3, "StartTimePeakPhotonFlux" -> Quantity[40.47, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.22, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[4.23, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.385, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.34, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 38.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[8.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.968", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.134, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.705, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 43., "TimeResolvedPowerLawNormalization50keV" -> Quantity[20.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.675, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[32.968, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[48.968, "Seconds"], "TriggerNumber" -> "259714", "TriggerTime" -> DateObject[{2007, 2, 8, 9, 10, 34.2810001373291}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-0.19, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.8899999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[61.9652, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.192413333333336, "HoursOfRightAscension"]|>, "GRB 070209" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.04, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.07, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-47.388, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.48, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[2.16, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.14, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.55, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[0.99, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.08, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070209", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.36*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.33*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.059, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[3.0824000000000003, "HoursOfRightAscension"], "SNRatio" -> 9.7, "StartTimePeakPhotonFlux" -> Quantity[-0.46, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 50.4, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[81.37, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[1690., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.104, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.239, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[17.78, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1130., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[44.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 1.532, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.235, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[37.03, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[6510., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[44.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[246., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> 0.555, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.306", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "259803", "TriggerTime" -> DateObject[{2007, 2, 9, 3, 33, 41.94700002670288}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.01, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.6399999999999995*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070219" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.06, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[17.2, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[69.351, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[7.05, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[32.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[5.69, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[8.93, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[10.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.32, "Seconds"], "EnergyFluenceStopTime" -> Quantity[21.74, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070219", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.16*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.01*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.2499999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.039, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[17.3468, "HoursOfRightAscension"], "SNRatio" -> 10.8, "StartTimePeakPhotonFlux" -> Quantity[1.33, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.231, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.221, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[15.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.758", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.4*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.376, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.349, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 53.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[37.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.7, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[3.792, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[21.744, "Seconds"], "TriggerNumber" -> "261132", "TriggerTime" -> DateObject[{2007, 2, 19, 1, 10, 16.145999908447266}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.65, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.7399999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[69.3701, "AngularDegrees"], "XRTRightAscension" -> Quantity[17.346133333333334, "HoursOfRightAscension"]|>, "GRB 070220" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[32., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[144., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[68.803, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[310., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1050., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[123., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[244., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[377., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.69, "Seconds"], "EnergyFluenceStopTime" -> Quantity[240.31, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070220", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[23.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.769999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.0899999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.7*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.07*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.36*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.295, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.3198000000000003, "HoursOfRightAscension"], "SNRatio" -> 53.7, "StartTimePeakPhotonFlux" -> Quantity[7.81, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.042, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.042, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 49.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[42.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.374", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.87*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.278, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.29, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 73.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[290., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.044, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[112.312, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[240.312, "Seconds"], "TriggerNumber" -> "261299", "TriggerTime" -> DateObject[{2007, 2, 20, 4, 44, 32.91200017929077}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[12.4, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[68.8047, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.3185599999999997, "HoursOfRightAscension"]|>, "GRB 070223" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[56.94, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[100., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[43.129, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[38., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[188., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[36.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[53.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[59.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.4, "Seconds"], "EnergyFluenceStopTime" -> Quantity[144.14, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070223", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.23*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.33*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.99, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.56*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.4699999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.94*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[10.230066666666666, "HoursOfRightAscension"], "SNRatio" -> 22.6, "StartTimePeakPhotonFlux" -> Quantity[34.35, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.121, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.119, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[13.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.850", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[55.28, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[305., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.2999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.688, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.2, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[305., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.537, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[31.17, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1170., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 69.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[39.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.927, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[96.304, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[144.136, "Seconds"], "TriggerNumber" -> "261664", "TriggerTime" -> DateObject[{2007, 2, 23, 1, 15, 0.6820001602172852}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[11.31, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.3299999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[43.1338, "AngularDegrees"], "XRTRightAscension" -> Quantity[10.230106666666668, "HoursOfRightAscension"]|>, "GRB 070224" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[48., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-13.374, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.86, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[37., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[11.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[9.75, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15., "Seconds"], "EnergyFluenceStopTime" -> Quantity[49., "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070224", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.023, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.933133333333336, "HoursOfRightAscension"], "SNRatio" -> 9.3, "StartTimePeakPhotonFlux" -> Quantity[-7.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.3, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.27, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 61.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[6., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.289", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.496, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.415, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 61.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[11.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.269, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1., "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[49., "Seconds"], "TriggerNumber" -> "261880", "TriggerTime" -> DateObject[{2007, 2, 24, 20, 27, 58.21400022506714}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[-13.31, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.6*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-13.3305, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.935166666666667, "HoursOfRightAscension"]|>, "GRB 070227" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[2., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[3., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-2, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[8, "Seconds"], "Declination" -> Quantity[-46.312, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 070227", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.038066666666667, "HoursOfRightAscension"], "SNRatio" -> 7.4, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "262347", "TriggerTime" -> DateObject[{2007, 2, 27, 22, 21, 58.86899995803833}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-46.3142, "AngularDegrees"], "XRTRightAscension" -> Quantity[8.0387, "HoursOfRightAscension"]|>, "GRB 070306" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[18.55, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[209.24, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1152, "Seconds"], "Declination" -> Quantity[10.443, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[133., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[546., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[84.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[143., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[185., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-118.84, "Seconds"], "EnergyFluenceStopTime" -> Quantity[185.26, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070306", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.38*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[14.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[28.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[12.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.64*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.029999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.04*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.19*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.589999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.06*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.409, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[4.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.4965, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[9.876266666666668, "HoursOfRightAscension"], "SNRatio" -> 6.7, "StartTimePeakPhotonFlux" -> Quantity[98.27, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[7.71, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[56.58, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.09, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.089, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.627", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.91*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.596, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.125, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 95.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[308., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.361, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[132.148, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[185.256, "Seconds"], "TriggerNumber" -> "263361", "TriggerTime" -> DateObject[{2007, 3, 6, 16, 41, 28.177000045776367}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[98.39, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.35*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[10.4821, "AngularDegrees"], "XRTRightAscension" -> Quantity[9.873120000000002, "HoursOfRightAscension"]|>, "GRB 070318" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[35.08, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[131.52, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-42.943, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[76.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[262., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[30.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[60.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[93.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.98, "Seconds"], "EnergyFluenceStopTime" -> Quantity[173.7, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070318", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.06*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.91*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.73*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.199, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.8397, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[3.2323999999999997, "HoursOfRightAscension"], "SNRatio" -> 44.5, "StartTimePeakPhotonFlux" -> Quantity[1.94, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[18.81, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[43.76, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.089, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.089, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 40.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[15.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.381", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[135.62, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[188., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.14*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.421, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[35.54, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[51., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.434, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[151.97, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[76., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[115., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.062, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[64.064, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[173.7, "Seconds"], "TriggerNumber" -> "271019", "TriggerTime" -> DateObject[{2007, 3, 18, 7, 28, 56.08799982070923}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.06, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.81*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-42.9463, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.2324333333333337, "HoursOfRightAscension"]|>, "GRB 070328" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[17.97, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[72.12, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-34.076, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[299., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[915., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[88.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[194., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[334., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-17.96, "Seconds"], "EnergyFluenceStopTime" -> Quantity[123.09, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070328", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.7699999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.98, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.031, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.37*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.8499999999999996*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.1399999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.49*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.4199999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.693, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[4.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[4.341066666666667, "HoursOfRightAscension"], "SNRatio" -> 57.2, "StartTimePeakPhotonFlux" -> Quantity[0.78, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.036, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.036, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 36.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[64.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.213", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.57*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.2999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.435, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[20.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.476, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[20.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 79.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[335., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.952, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[73.104, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[123.092, "Seconds"], "TriggerNumber" -> "272773", "TriggerTime" -> DateObject[{2007, 3, 28, 3, 53, 53.15500020980835}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[11.71, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.189999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-34.0668, "AngularDegrees"], "XRTRightAscension" -> Quantity[4.341033333333334, "HoursOfRightAscension"]|>, "GRB 070330" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[2.73, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[6.64, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-63.806, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.68, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[16.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.61, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.92, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[4.78, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.4, "Seconds"], "EnergyFluenceStopTime" -> Quantity[5.72, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> {"S(100-150) is an upper limit."}, "Name" -> "GRB 070330", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.379999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[2.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2199999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.83*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.6499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.88*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.062, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[17.970466666666667, "HoursOfRightAscension"], "SNRatio" -> 14.4, "StartTimePeakPhotonFlux" -> Quantity[-0.02, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 61.6, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[39.53, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[18100., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.346, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.192, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[4.82, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[0., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 2.054, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.185, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[7.43, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[0., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 76.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[32.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> 0.689, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.883", "TimeAveragedSpectralComments" -> {"K50CPL is an upper limit."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[42.83, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[533., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.395, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[6.31, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[533., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[16.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.994, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[11.06, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[4170., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[16.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 68.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[64.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.748, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[5.296, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[5.716, "Seconds"], "TriggerNumber" -> "273180", "TriggerTime" -> DateObject[{2007, 3, 30, 22, 51, 31.19700002670288}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[5.63, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.1699999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-63.7929, "AngularDegrees"], "XRTRightAscension" -> Quantity[17.969513333333335, "HoursOfRightAscension"]|>, "GRB 070406" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Quantity[-2, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[8, "Seconds"], "Declination" -> Quantity[16.481, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.29, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[3.81, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.34, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.78, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[1., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070406", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[3., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.8199999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.065, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[13.264600000000002, "HoursOfRightAscension"], "SNRatio" -> 6.4, "StartTimePeakPhotonFlux" -> Quantity[0., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.517, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.559, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[10.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[37.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.162", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "274153", "TriggerTime" -> DateObject[{2007, 4, 6, 0, 50, 38.448999881744385}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070411" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[57.52, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[102.04, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[903, "Seconds"], "Declination" -> Quantity[1.06, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[62.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[256., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[39.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[67., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[87.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-20.07, "Seconds"], "EnergyFluenceStopTime" -> Quantity[109.54, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070411", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.92*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.94*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.11*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.099, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.9538, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[7.156266666666666, "HoursOfRightAscension"], "SNRatio" -> 19., "StartTimePeakPhotonFlux" -> Quantity[70.22, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[16.19, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[26.05, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.093, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.092, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54., "TimeAveragedPowerLawNormalization50keV" -> Quantity[21.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.621", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.5*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.063, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[34.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.789, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[32.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 70., "TimeResolvedPowerLawNormalization50keV" -> Quantity[81.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.343, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[109.46, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[109.536, "Seconds"], "TriggerNumber" -> "275087", "TriggerTime" -> DateObject[{2007, 4, 11, 20, 12, 33.31599998474121}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[22.99, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.95*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[1.0646, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.155533333333334, "HoursOfRightAscension"]|>, "GRB 070412" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[7.92, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[32.45, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[160, "Seconds"], "Declination" -> Quantity[40.147, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[13.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[48.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[5.86, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[11.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[17.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-4.55, "Seconds"], "EnergyFluenceStopTime" -> Quantity[31.19, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070412", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.64*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.53*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.083, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[12.101533333333334, "HoursOfRightAscension"], "SNRatio" -> 16.6, "StartTimePeakPhotonFlux" -> Quantity[5.32, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.194, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.192, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 67.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[14., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.408", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 9.376, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 3.624, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 61.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[38.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.624, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[29.816, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[31.188, "Seconds"], "TriggerNumber" -> "275119", "TriggerTime" -> DateObject[{2007, 4, 12, 1, 27, 3.3949999809265137}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[5.17, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[40.1432, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.102793333333333, "HoursOfRightAscension"]|>, "GRB 070419A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[80., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[160., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[39.899, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[8.01, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[66.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[20.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[21.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[16.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-31., "Seconds"], "EnergyFluenceStopTime" -> Quantity[161., "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit.", "Pe1s(15-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070419A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.99*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[3.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.4999999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.008, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(25-50) is an upper limit.", "Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit.", "Pph1s(15-150) is an upper limit."}, "Redshift" -> 0.9705, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[12.183466666666668, "HoursOfRightAscension"], "SNRatio" -> 9., "StartTimePeakPhotonFlux" -> Quantity[24.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.257, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.234, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 46., "TimeAveragedPowerLawNormalization50keV" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.372", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.859, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.639, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 55.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[4.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.358, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[97., "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[161., "Seconds"], "TriggerNumber" -> "276205", "TriggerTime" -> DateObject[{2007, 4, 19, 9, 59, 26.098999977111816}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[19.08, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.47*^-11, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[39.9252, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.183006666666666, "HoursOfRightAscension"]|>, "GRB 070419B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[70.06, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[238.14, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[902, "Seconds"], "Declination" -> Quantity[-31.265, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[178., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[746., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[118., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[198., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[252., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-10.97, "Seconds"], "EnergyFluenceStopTime" -> Quantity[313.72, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070419B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.3*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[19.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4899999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.6299999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.1599999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.5299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.19*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.185, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.046999999999997, "HoursOfRightAscension"], "SNRatio" -> 44.3, "StartTimePeakPhotonFlux" -> Quantity[-0.28, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.05, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.05, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[24.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.651", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.03*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.314, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.33, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 71.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[104., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.107, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[154.988, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[313.72, "Seconds"], "TriggerNumber" -> "276212", "TriggerTime" -> DateObject[{2007, 4, 19, 10, 44, 5.9710001945495605}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-0.5, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.93*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-31.2634, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.047173333333337, "HoursOfRightAscension"]|>, "GRB 070420" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[19.31, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[77.02, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-45.563, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[350., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1420., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[179., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[367., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[524., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-29.14, "Seconds"], "EnergyFluenceStopTime" -> Quantity[100.28, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070420", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.029999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[28.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[45., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[14.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[12.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[20., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.04*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[6.11*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.45*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.153, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[5.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.63*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.629999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.77*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.01*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.827, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[7.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.083000000000002, "HoursOfRightAscension"], "SNRatio" -> 31.9, "StartTimePeakPhotonFlux" -> Quantity[1.4, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 43.9, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[130.41, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[174., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.207, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.051, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[28.14, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[33., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.217, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.051, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[87.4, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[42., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[118., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.132, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.507", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[36.42, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[18600., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.27*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.5*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[3.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.87, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[18600., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[74.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[8.32, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[116000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[72.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[544., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[70.292, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[100.284, "Seconds"], "TriggerNumber" -> "276321", "TriggerTime" -> DateObject[{2007, 4, 20, 6, 18, 13.521999835968018}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[7.55, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.19*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[16.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-45.5558, "AngularDegrees"], "XRTRightAscension" -> Quantity[8.081980000000001, "HoursOfRightAscension"]|>, "GRB 070427" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.7, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[11.08, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-27.605, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[8.69, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[69., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[23.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[21.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.18, "Seconds"], "EnergyFluenceStopTime" -> Quantity[13.69, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070427", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.48*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.62*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.41*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.7099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.45*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.6299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.083, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.9252000000000002, "HoursOfRightAscension"], "SNRatio" -> 42.6, "StartTimePeakPhotonFlux" -> Quantity[6.8, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 51.2, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[40.04, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[112., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.355, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.087, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[12.25, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[40., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.392, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.086, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[9.19, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[73., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[57.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.511, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.034", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[46.32, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[135., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.1*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[5.7999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.418, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.85, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[47., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.36, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[11.42, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[82., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 68.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[66.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.969, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[11.024, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[13.688, "Seconds"], "TriggerNumber" -> "277356", "TriggerTime" -> DateObject[{2007, 4, 27, 8, 31, 8.929999828338623}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[9.79, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.5*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070429A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[74., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[168., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-32.418, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[15., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[93.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[22.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[29., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[27.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-14., "Seconds"], "EnergyFluenceStopTime" -> Quantity[180., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070429A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.63*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.09*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.042, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.8458, "HoursOfRightAscension"], "SNRatio" -> 8.4, "StartTimePeakPhotonFlux" -> Quantity[4., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.27, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.252, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[5.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.098", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.525, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.45, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[19.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.926, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[12., "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[180., "Seconds"], "TriggerNumber" -> "277571", "TriggerTime" -> DateObject[{2007, 4, 29, 1, 35, 10.07800006866455}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-9.07, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.1699999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-32.4049, "AngularDegrees"], "XRTRightAscension" -> Quantity[19.84692666666667, "HoursOfRightAscension"]|>, "GRB 070429B" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.36, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.49, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-38.852, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.56, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[6.52, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.02, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.72, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[2.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.21, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.33, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070429B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.4099999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.5099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.0699999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.3399999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.077, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.868066666666667, "HoursOfRightAscension"], "SNRatio" -> 12.5, "StartTimePeakPhotonFlux" -> Quantity[-0.44, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.227, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[19.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.22, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 65.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[131., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.645", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.6399999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 7.045, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[40.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 5.955, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[40.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 63.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[177., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.644, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.048, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[0.328, "Seconds"], "TriggerNumber" -> "277582", "TriggerTime" -> DateObject[{2007, 4, 29, 3, 9, 4.446000099182129}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-0.2, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.79*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-38.8282, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.867733333333334, "HoursOfRightAscension"]|>, "GRB 070506" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.96, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[4.35, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[10.712, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[20.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.37, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[5.52, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[6.89, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[4.1, "Seconds"], "EnergyFluenceStopTime" -> Quantity[9.02, "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070506", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.03*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.92*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.01*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.1299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.309, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[23.147066666666667, "HoursOfRightAscension"], "SNRatio" -> 11.9, "StartTimePeakPhotonFlux" -> Quantity[6.16, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.73, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[2.15, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.168, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.164, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 63.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[45., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.681", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "278693", "TriggerTime" -> DateObject[{2007, 5, 6, 5, 35, 58.063000202178955}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[6.52, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.6999999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[10.7224, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.147853333333334, "HoursOfRightAscension"]|>, "GRB 070508" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.62, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[20.9, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-78.382, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[604., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[2010., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[224., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[455., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[721., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.62, "Seconds"], "EnergyFluenceStopTime" -> Quantity[33.11, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070508", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[4.26*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[24.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[8.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[4.5599999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.165, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.659999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.25*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.6199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.42*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.78*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[3.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[24.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[5.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[7.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[7.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[20.854266666666668, "HoursOfRightAscension"], "SNRatio" -> 98.2, "StartTimePeakPhotonFlux" -> Quantity[10.85, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.024, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.024, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 34., "TimeAveragedPowerLawNormalization50keV" -> Quantity[420., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.335", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[215.08, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[8230., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.51*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.4799999999999997*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[9.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.5*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.387, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[65.18, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[4880., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[124., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.4, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[283.38, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[16000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[124., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 94.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[2360., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.93, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[27.472, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[33.112, "Seconds"], "TriggerNumber" -> "278854", "TriggerTime" -> DateObject[{2007, 5, 8, 4, 18, 17.835000038146973}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[15.42, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.47*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[32.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-78.3847, "AngularDegrees"], "XRTRightAscension" -> Quantity[20.853320000000004, "HoursOfRightAscension"]|>, "GRB 070509" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[3.54, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[7.83, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-78.653, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.68, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[18.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.97, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[5.95, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.15, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.43, "Seconds"], "EnergyFluenceStopTime" -> Quantity[7.87, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070509", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.89*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.9699999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.063, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.859933333333334, "HoursOfRightAscension"], "SNRatio" -> 14.5, "StartTimePeakPhotonFlux" -> Quantity[-0.31, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.235, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.218, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[21.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.209", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[46.76, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[284., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.501, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[8.19, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[284., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.422, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[17.99, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1420., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 60.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[40.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.817, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.744, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[7.868, "Seconds"], "TriggerNumber" -> "278903", "TriggerTime" -> DateObject[{2007, 5, 9, 2, 48, 27.304999828338623}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.37, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.009999999999999*^-11, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-78.652, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.864006666666668, "HoursOfRightAscension"]|>, "GRB 070517" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[7.8, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-62.306, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[21.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.47, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[6.39, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[6.81, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.65, "Seconds"], "EnergyFluenceStopTime" -> Quantity[9.18, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070517", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.16*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.97, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.16*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.7499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.065, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.504133333333336, "HoursOfRightAscension"], "SNRatio" -> 12., "StartTimePeakPhotonFlux" -> Quantity[1.36, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.255, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.242, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 73.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[27.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.907", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.9999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.357, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.333, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 77.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[54.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.814, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.46, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[9.176, "Seconds"], "TriggerNumber" -> "279494", "TriggerTime" -> DateObject[{2007, 5, 17, 11, 20, 58.39099979400635}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[7.16, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.6*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070518" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[2.74, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[4.35, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[903, "Seconds"], "Declination" -> Quantity[55.294, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.92, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[16.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.75, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[5.06, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.02, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.78, "Seconds"], "EnergyFluenceStopTime" -> Quantity[4.5, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070518", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.789999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.95, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.008, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.0899999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.037, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.947866666666666, "HoursOfRightAscension"], "SNRatio" -> 13.6, "StartTimePeakPhotonFlux" -> Quantity[0.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.235, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.22, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[28.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.011", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "279592", "TriggerTime" -> DateObject[{2007, 5, 18, 14, 26, 21.203999996185303}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.05, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.4899999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[55.2951, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.94658, "HoursOfRightAscension"]|>, "GRB 070520A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[43., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[71., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[600, "Seconds"], "Declination" -> Quantity[74.981, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[11.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[49.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[8.61, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[13.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[16.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[25., "Seconds"], "EnergyFluenceStopTime" -> Quantity[106., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070520A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.61*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.5599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.037, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[12.8876, "HoursOfRightAscension"], "SNRatio" -> 9.6, "StartTimePeakPhotonFlux" -> Quantity[36., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.31, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.291, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[6.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.737", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.477, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.43, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 69.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[13.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.615, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[42., "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[106., "Seconds"], "TriggerNumber" -> "279817", "TriggerTime" -> DateObject[{2007, 5, 20, 13, 5, 10.032000064849854}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[37.27, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.92*^-11, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[74.9898, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.890573333333334, "HoursOfRightAscension"]|>, "GRB 070520B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[48., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[96., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[57.604, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[36.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[107., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.38, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[21.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[39.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.23, "Seconds"], "EnergyFluenceStopTime" -> Quantity[96.77, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070520B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.65*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[7.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.34*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.053, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.125666666666667, "HoursOfRightAscension"], "SNRatio" -> 10.9, "StartTimePeakPhotonFlux" -> Quantity[8.27, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.206, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.212, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 70.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[9.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.130", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.2999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.597, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.789, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 63.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[22.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.505, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[16.768, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[96.768, "Seconds"], "TriggerNumber" -> "279898", "TriggerTime" -> DateObject[{2007, 5, 20, 17, 44, 53.263999938964844}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[40.22, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.68*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[57.6083, "AngularDegrees"], "XRTRightAscension" -> Quantity[8.125306666666667, "HoursOfRightAscension"]|>, "GRB 070521" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "cutoff power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[14.62, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[38.63, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[594, "Seconds"], "Declination" -> Quantity[30.262, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[237., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[811., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[85.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[187., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[302., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-14.54, "Seconds"], "EnergyFluenceStopTime" -> Quantity[49.73, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070521", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.43*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[13.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.94*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.62*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.048, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.0899999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.11*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.19*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.19*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.41*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[6.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.177533333333336, "HoursOfRightAscension"], "SNRatio" -> 26.3, "StartTimePeakPhotonFlux" -> Quantity[30.48, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 38.2, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[237.65, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[162., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.148, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.037, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[72.56, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[21., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.151, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.037, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[337.21, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[25., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[130., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.107, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.327", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[142.36, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1880., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.859999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[5.589999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[3.8999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.099999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.67, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[32.94, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1520., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[39.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.526, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[97.54, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[18200., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[39.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 99.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[712., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.68, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[41.872, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[49.732, "Seconds"], "TriggerNumber" -> "279935", "TriggerTime" -> DateObject[{2007, 5, 21, 6, 51, 10.86299991607666}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[31.2, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[8.89*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[9.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[30.2563, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.177393333333335, "HoursOfRightAscension"]|>, "GRB 070529" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[54.99, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[108.9, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[20.657, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[73.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[247., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[28.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[57., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[88.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[2.36, "Seconds"], "EnergyFluenceStopTime" -> Quantity[120.89, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070529", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.85*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[24.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.4299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.0299999999999995*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.0299999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.1199999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.75*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.92*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.154, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.4996, "RedshiftReferences" -> {"31"}, "RightAscension" -> Quantity[18.914066666666667, "HoursOfRightAscension"], "SNRatio" -> 12.6, "StartTimePeakPhotonFlux" -> Quantity[2.36, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[16.59, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[31., "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.158, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.16, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 52.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[21.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.364", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.13*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.8999999999999997*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.377, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[28., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.372, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[27.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 71., "TimeResolvedPowerLawNormalization50keV" -> Quantity[119., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.249, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[42.368, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[120.888, "Seconds"], "TriggerNumber" -> "280706", "TriggerTime" -> DateObject[{2007, 5, 29, 12, 48, 28.348999977111816}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[2.43, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.309999999999999*^-11, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[20.6595, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.916193333333336, "HoursOfRightAscension"]|>, "GRB 070531" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[21.84, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[44.62, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[74.309, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[33.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[109., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[11.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[24.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[39.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.41, "Seconds"], "EnergyFluenceStopTime" -> Quantity[46.34, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070531", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.38*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.029, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.87*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.77*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.6299999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.196, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.99, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.44726666666666665, "HoursOfRightAscension"], "SNRatio" -> 14.3, "StartTimePeakPhotonFlux" -> Quantity[1.08, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.192, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.194, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[22.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.320", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.9*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.323, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.311, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 59.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[53.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.931, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[6.9, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[46.34, "Seconds"], "TriggerNumber" -> "280958", "TriggerTime" -> DateObject[{2007, 5, 31, 2, 10, 17.52899980545044}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.4, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.2299999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[74.3129, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.44959333333333334, "HoursOfRightAscension"]|>, "GRB 070611" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.57, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[13.18, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-29.757, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[9.51, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[40.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.47, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[10.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[13.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-8.42, "Seconds"], "EnergyFluenceStopTime" -> Quantity[7.58, "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070611", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.29*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.23*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.68*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.022, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> 2.0394, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[0.13340000000000002, "HoursOfRightAscension"], "SNRatio" -> 11.2, "StartTimePeakPhotonFlux" -> Quantity[2.76, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[1.18, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[2.96, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.242, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.235, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[27.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.664", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.78, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.682, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 53.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[39.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.617, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[-0.672, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[7.584, "Seconds"], "TriggerNumber" -> "282003", "TriggerTime" -> DateObject[{2007, 6, 11, 1, 57, 13.889999866485596}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[3.27, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.44*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-29.7558, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.13282000000000002, "HoursOfRightAscension"]|>, "GRB 070612A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[189.14, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[365.28, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[37.263, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[261., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1080., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[169., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[286., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[367., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-4.7, "Seconds"], "EnergyFluenceStopTime" -> Quantity[417.86, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070612A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[4.4399999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[28.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[60.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[15., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[15.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[25.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.1*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.2199999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.105, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.67*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.49*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.1099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.336, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.090200000000001, "HoursOfRightAscension"], "SNRatio" -> 19.7, "StartTimePeakPhotonFlux" -> Quantity[2.62, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.092, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.092, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[27.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.640", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.18*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.326, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.305, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[103., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.839, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[248.904, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[417.864, "Seconds"], "TriggerNumber" -> "282066", "TriggerTime" -> DateObject[{2007, 6, 12, 2, 38, 45.98299980163574}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[6.29, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.22*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[7.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070612B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[6., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[18., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-8.749, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[46.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[182., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[26.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[46.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[62.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-13.81, "Seconds"], "EnergyFluenceStopTime" -> Quantity[10.19, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070612B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.3199999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.6099999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.7299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.131, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.2*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.03*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.46*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.65*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.272, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[17.447466666666667, "HoursOfRightAscension"], "SNRatio" -> 22.2, "StartTimePeakPhotonFlux" -> Quantity[0.19, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.121, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.12, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[80.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.558", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[88.64, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[549., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.7399999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.65*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.502, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[14.96, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[226., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.459, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[33.89, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[447., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 102.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[177., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.326, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.192, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[10.192, "Seconds"], "TriggerNumber" -> "282073", "TriggerTime" -> DateObject[{2007, 6, 12, 6, 21, 17.79099988937378}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[2.53, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.34*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-8.7513, "AngularDegrees"], "XRTRightAscension" -> Quantity[17.44846, "HoursOfRightAscension"]|>, "GRB 070616" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[203.84, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[406.82, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[56.955, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[492., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1970., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[292., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[508., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[674., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-6.53, "Seconds"], "EnergyFluenceStopTime" -> Quantity[602.24, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070616", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.0099999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[17.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[34.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[11., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[10.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[14.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.3799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.45*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.66*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.4999999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.07*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.277, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.139133333333334, "HoursOfRightAscension"], "SNRatio" -> 7.8, "StartTimePeakPhotonFlux" -> Quantity[139.74, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.035, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.035, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 35.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[34.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.593", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[54.23, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[445., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.59*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.33, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.31, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[445., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.824, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[28.47, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[12800., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[158., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.108, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[554.236, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[602.244, "Seconds"], "TriggerNumber" -> "282445", "TriggerTime" -> DateObject[{2007, 6, 16, 16, 29, 33.973999977111816}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[139.84, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.85*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[56.9458, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.1434333333333333, "HoursOfRightAscension"]|>, "GRB 070621" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[17.58, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[33.26, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-24.81, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[116., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[440., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[61.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[110., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[153., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.19, "Seconds"], "EnergyFluenceStopTime" -> Quantity[36.46, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070621", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.2*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.3799999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.849999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.9999999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.3599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.15*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.298, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.587066666666665, "HoursOfRightAscension"], "SNRatio" -> 35.7, "StartTimePeakPhotonFlux" -> Quantity[21.58, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.061, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.061, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[112., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.527", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.97*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.2999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.261, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[22.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.259, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[22.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65., "TimeResolvedPowerLawNormalization50keV" -> Quantity[204., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.268, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[26.468, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[36.464, "Seconds"], "TriggerNumber" -> "282808", "TriggerTime" -> DateObject[{2007, 6, 21, 23, 17, 39.84999990463257}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[22.22, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.0399999999999995*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-24.8174, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.586153333333332, "HoursOfRightAscension"]|>, "GRB 070628" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[6.15, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[39.04, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[67, "Seconds"], "Declination" -> Quantity[-20.28, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[69.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[356., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[71.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[103., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[112., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-31.74, "Seconds"], "EnergyFluenceStopTime" -> Quantity[16.19, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070628", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.65*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.029, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.09*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.47*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.6699999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.329999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1599999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.415, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[4.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[7.684800000000002, "HoursOfRightAscension"], "SNRatio" -> 22.8, "StartTimePeakPhotonFlux" -> Quantity[4.89, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.08, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.078, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[80.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.886", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.2299999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 7.911, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[23., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 5.089, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[20.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 66.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[349., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.799, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[10.792, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[16.188, "Seconds"], "TriggerNumber" -> "283320", "TriggerTime" -> DateObject[{2007, 6, 28, 14, 41, 2.8429999351501465}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[4.74, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-20.2793, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.685026666666668, "HoursOfRightAscension"]|>, "GRB 070704" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[64.74, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[377.58, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[66.258, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[140., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[585., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[92.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[155., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[198., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-57.32, "Seconds"], "EnergyFluenceStopTime" -> Quantity[371.08, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070704", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[25.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.849999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.9899999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.379999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.397, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.647199999999998, "HoursOfRightAscension"], "SNRatio" -> 15.6, "StartTimePeakPhotonFlux" -> Quantity[-53.1, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.075, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.075, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 70.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[14.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.646", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[171.47, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[413., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.9*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.86*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.543, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[45.96, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[158., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.583, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[165.75, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[295., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 86.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[169., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.413, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[265.804, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[371.084, "Seconds"], "TriggerNumber" -> "283791", "TriggerTime" -> DateObject[{2007, 7, 4, 20, 5, 57.93400001525879}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-52.33, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.2499999999999996*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[66.2534, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.64646666666667, "HoursOfRightAscension"]|>, "GRB 070714A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[3., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[30.24, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.49, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[15.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[5.33, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[5.17, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[3.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.7, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.3, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070714A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.42*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.006, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.439999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.18*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.1399999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.1699999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.049, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.861933333333334, "HoursOfRightAscension"], "SNRatio" -> 22., "StartTimePeakPhotonFlux" -> Quantity[0.3, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.207, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.195, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[50.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.563", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.4*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.677, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[13.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.542, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[13.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 66.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[92.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.895, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.296, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[2.296, "Seconds"], "TriggerNumber" -> "284850", "TriggerTime" -> DateObject[{2007, 7, 14, 3, 20, 30.618000030517578}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.64, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.0199999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[30.243, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.862046666666667, "HoursOfRightAscension"]|>, "GRB 070714B" -> <|"BasicComments" -> {"Short duration GRB with an extended emission."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[48., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[80., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[28.295, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[20.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[72.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[8.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[17., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[25.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.71, "Seconds"], "EnergyFluenceStopTime" -> Quantity[80.29, "Seconds"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070714B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.13*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.525, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.923, "RedshiftReferences" -> {"32"}, "RightAscension" -> Quantity[3.857733333333334, "HoursOfRightAscension"], "SNRatio" -> 14.4, "StartTimePeakPhotonFlux" -> Quantity[-0.44, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.57, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.45, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.219, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.218, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[7.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.398", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.575, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.479, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62., "TimeResolvedPowerLawNormalization50keV" -> Quantity[15.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.051, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[16.288, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[80.288, "Seconds"], "TriggerNumber" -> "284856", "TriggerTime" -> DateObject[{2007, 7, 14, 4, 59, 29.625999927520752}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.07, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.0499999999999999*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[9.98, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[28.2976, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.856193333333334, "HoursOfRightAscension"]|>, "GRB 070721A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.08, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[3.35, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-28.532, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.22, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[5.52, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[2.22, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.92, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1.56, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.12, "Seconds"], "EnergyFluenceStopTime" -> Quantity[3.45, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> {"S(100-150) is an upper limit.", "S(50-100) is an upper limit."}, "Name" -> "GRB 070721A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.86*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[1.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.006, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.6499999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.023, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.20973333333333333, "HoursOfRightAscension"], "SNRatio" -> 9.3, "StartTimePeakPhotonFlux" -> Quantity[0.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.388, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.343, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 67.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[21.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.349", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "285653", "TriggerTime" -> DateObject[{2007, 7, 21, 10, 0, 56.329999923706055}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[3.26, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-28.5501, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.21088666666666667, "HoursOfRightAscension"]|>, "GRB 070721B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[251.01, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[336.86, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[903, "Seconds"], "Declination" -> Quantity[-2.201, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[115., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[356., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[35.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[76.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[130., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-6.71, "Seconds"], "EnergyFluenceStopTime" -> Quantity[359.92, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070721B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.75*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[22.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.4899999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.49*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.036, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.349999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.5699999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.6099999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.83*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.321, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.6298, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[2.208866666666667, "HoursOfRightAscension"], "SNRatio" -> 24.9, "StartTimePeakPhotonFlux" -> Quantity[-0.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[53.44, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[68.25, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.106, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.107, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[9.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.238", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.9*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.309, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.325, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 71.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[93.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.055, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[313.092, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[359.92, "Seconds"], "TriggerNumber" -> "285654", "TriggerTime" -> DateObject[{2007, 7, 21, 10, 33, 46.31400012969971}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.72, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.2499999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-2.1945, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.20916, "HoursOfRightAscension"]|>, "GRB 070724A" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.23, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.43, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-18.607, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.62, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[3.09, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.89, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[0.98, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.03, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.46, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070724A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.81*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.007, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.44*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.457, "RedshiftReferences" -> {"33"}, "RightAscension" -> Quantity[1.8548, "HoursOfRightAscension"], "SNRatio" -> 9.5, "StartTimePeakPhotonFlux" -> Quantity[-0.28, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.324, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.296, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[68.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.861", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> {"battblocks failed because of the weak signal in the light curve."}, "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "285948", "TriggerTime" -> DateObject[{2007, 7, 24, 10, 53, 50.210999965667725}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.11, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.43*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-18.5942, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.8539133333333333, "HoursOfRightAscension"]|>, "GRB 070729" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[0.56, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.99, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-39.33, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.04, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[10.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.66, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.77, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[3.82, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.07, "Seconds"], "EnergyFluenceStopTime" -> Quantity[1.08, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070729", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.023, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.0199999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.779999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.6299999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.203, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[3.7527333333333335, "HoursOfRightAscension"], "SNRatio" -> 10.5, "StartTimePeakPhotonFlux" -> Quantity[0.03, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.263, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.281, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[79.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.890", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "286373", "TriggerTime" -> DateObject[{2007, 7, 29, 0, 25, 53.91300010681152}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.24, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-39.3223, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.75446, "HoursOfRightAscension"]|>, "GRB 070731" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[1.81, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[2.86, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-15.743, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[16.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[2.46, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[4.29, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.72, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.14, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.98, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070731", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.66*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.95*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.72*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.4999999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.905600000000003, "HoursOfRightAscension"], "SNRatio" -> 11.9, "StartTimePeakPhotonFlux" -> Quantity[-0.14, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.228, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.222, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[56.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.584", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.0199999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.388, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[16.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.358, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[16.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 53.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[106., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.411, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.72, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[2.984, "Seconds"], "TriggerNumber" -> "286574", "TriggerTime" -> DateObject[{2007, 7, 31, 9, 33, 22.676000118255615}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.08, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070802" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.08, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[15.8, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-55.518, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[6.15, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[27.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.89, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.71, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[9.17, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[4.8, "Seconds"], "EnergyFluenceStopTime" -> Quantity[22.77, "Seconds"], "EnergyFluxComments" -> {"Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070802", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.039999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.2799999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit."}, "Redshift" -> 2.4541, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[2.4602666666666666, "HoursOfRightAscension"], "SNRatio" -> 11.4, "StartTimePeakPhotonFlux" -> Quantity[6.16, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.32, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[3.18, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.259, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.246, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55., "TimeAveragedPowerLawNormalization50keV" -> Quantity[16.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.750", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "286809", "TriggerTime" -> DateObject[{2007, 8, 2, 7, 7, 25.872000217437744}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[19.88, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.3999999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-55.5276, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.459966666666667, "HoursOfRightAscension"]|>, "GRB 070805" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16.09, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[26.43, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-59.959, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[15.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[70.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[19.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[23.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.84, "Seconds"], "EnergyFluenceStopTime" -> Quantity[28.67, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070805", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.2599999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.6299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.4299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.9499999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.083, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.336133333333333, "HoursOfRightAscension"], "SNRatio" -> 18.9, "StartTimePeakPhotonFlux" -> Quantity[3.23, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.184, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.179, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[26., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.732", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "287088", "TriggerTime" -> DateObject[{2007, 8, 5, 19, 55, 45.44799995422363}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.16, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.4*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070808" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[20.64, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[58.43, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[1.18, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[36.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[129., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[16.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[31.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[45.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.7, "Seconds"], "EnergyFluenceStopTime" -> Quantity[69.19, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070808", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.36*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.9499999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.73*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.47*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.379999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.303, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.4503333333333333, "HoursOfRightAscension"], "SNRatio" -> 23., "StartTimePeakPhotonFlux" -> Quantity[0.72, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.14, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.14, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.445", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.3999999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.35, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.328, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 69.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[134., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.099, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[11.496, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[69.192, "Seconds"], "TriggerNumber" -> "287260", "TriggerTime" -> DateObject[{2007, 8, 8, 18, 28, 0.5450000762939453}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.6, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.49*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[1.1764, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.4509466666666667, "HoursOfRightAscension"]|>, "GRB 070809" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.51, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[1.28, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-22.121, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.41, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[10.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.62, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[3.42, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.35, "Seconds"], "EnergyFluenceStopTime" -> Quantity[1.12, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070809", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.83*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.32, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.3599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.2999999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.1499999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[13.584466666666668, "HoursOfRightAscension"], "SNRatio" -> 14.2, "StartTimePeakPhotonFlux" -> Quantity[0.08, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.216, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.209, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 62.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[74.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.660", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.509, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[22.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.848, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 74.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[95.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.549, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.096, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[1.12, "Seconds"], "TriggerNumber" -> "287344", "TriggerTime" -> DateObject[{2007, 8, 9, 19, 22, 17.375}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.25, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.1899999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070810A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[3.62, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[9.04, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[10.748, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[11.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[67.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[20.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[19.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.3, "Seconds"], "EnergyFluenceStopTime" -> Quantity[10.45, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070810A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.39*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.5499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.64*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.2599999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.33*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.5499999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.0599999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.135, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.17, "RedshiftReferences" -> {"34"}, "RightAscension" -> Quantity[12.663266666666669, "HoursOfRightAscension"], "SNRatio" -> 23.5, "StartTimePeakPhotonFlux" -> Quantity[-0.11, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.85, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.56, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.128, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.124, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 71.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[56.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.055", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[49.59, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[409., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.599999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[8.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.467, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[6.07, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[209., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[13.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.399, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[10.58, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[555., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[13., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 87.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[105., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.874, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[4.284, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[10.452, "Seconds"], "TriggerNumber" -> "287364", "TriggerTime" -> DateObject[{2007, 8, 10, 2, 11, 52.414000034332275}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-0.1, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.18*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[10.7508, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.66422, "HoursOfRightAscension"]|>, "GRB 070810B" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.03, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.07, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[8.819, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.59, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1.64, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.13, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.32, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[0.61, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.01, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.08, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070810B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.1699999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.4999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.011, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.1099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.5970000000000001, "HoursOfRightAscension"], "SNRatio" -> 8.3, "StartTimePeakPhotonFlux" -> Quantity[-0.46, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.354, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[37.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.367, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[37.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 61.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[184., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.054", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "287409", "TriggerTime" -> DateObject[{2007, 8, 10, 15, 19, 17.888999938964844}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.03, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.19*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070911" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[66.2, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[158.46, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-299, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[-33.48, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[289., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1270., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[213., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[345., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[422., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-72.27, "Seconds"], "EnergyFluenceStopTime" -> Quantity[158.8, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070911", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.3899999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[10.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[22.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[8.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.62*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.022, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1099999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.36*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.1899999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.06*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.23*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.561, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.7205333333333332, "HoursOfRightAscension"], "SNRatio" -> 79.2, "StartTimePeakPhotonFlux" -> Quantity[36.13, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.037, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.037, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 35.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[59.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.708", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[71.16, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[362., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.2*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.08*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.331, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.54, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[181., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[19., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.298, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[28.71, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[443., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 94., "TimeResolvedPowerLawNormalization50keV" -> Quantity[318., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.176, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[128.868, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[158.8, "Seconds"], "TriggerNumber" -> "290624", "TriggerTime" -> DateObject[{2007, 9, 11, 5, 57, 44.08699989318848}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[36.99, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.17*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070913" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.23, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[2.68, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-24.279, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.92, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[14.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.47, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[4.91, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[6.56, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.58, "Seconds"], "EnergyFluenceStopTime" -> Quantity[1.29, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070913", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.18*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.95, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.6899999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.3799999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.75*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.121, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.249066666666668, "HoursOfRightAscension"], "SNRatio" -> 13.5, "StartTimePeakPhotonFlux" -> Quantity[-0.26, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 59.6, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[62.33, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[744., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.401, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.239, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.46, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[744., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 2.142, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.24, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[30.68, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[5820., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 67.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[61.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> 0.723, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.412", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "290843", "TriggerTime" -> DateObject[{2007, 9, 13, 0, 36, 43.98699998855591}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.58, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.16*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070917" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[2.47, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[7.55, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[2.424, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[56.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[211., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[28.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[52.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[74., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.1, "Seconds"], "EnergyFluenceStopTime" -> Quantity[15.13, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070917", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.23*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.34*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.4399999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.46*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.39*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.86*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.53*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.71*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[8.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.59466666666667, "HoursOfRightAscension"], "SNRatio" -> 61.8, "StartTimePeakPhotonFlux" -> Quantity[0.21, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.052, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.051, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 42.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[146., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.497", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.669999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.517, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[44.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.582, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[44.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[746., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.982, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[6.332, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[15.128, "Seconds"], "TriggerNumber" -> "291292", "TriggerTime" -> DateObject[{2007, 9, 17, 7, 33, 56.682000160217285}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.31, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.04*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[10.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070920A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[32.15, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[51.54, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[72.242, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[13.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[52.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.73, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[13.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[17.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[14.77, "Seconds"], "EnergyFluenceStopTime" -> Quantity[74.78, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070920A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.67*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.38, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.008, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.35*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.730600000000001, "HoursOfRightAscension"], "SNRatio" -> 12., "StartTimePeakPhotonFlux" -> Quantity[30.45, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.212, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.207, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 35., "TimeAveragedPowerLawNormalization50keV" -> Quantity[9.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.588", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.434, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.382, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 52.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[16.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.173, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[34.78, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[74.78, "Seconds"], "TriggerNumber" -> "291614", "TriggerTime" -> DateObject[{2007, 9, 20, 4, 0, 13.763000011444092}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[61.4, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.34*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070920B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.41, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[22.31, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-34.846, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[5.35, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[69.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[13.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[27.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[23.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-14.14, "Seconds"], "EnergyFluenceStopTime" -> Quantity[13.35, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070920B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.23*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.011, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.4199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.97*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.59*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.0099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.072, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.007866666666666666, "HoursOfRightAscension"], "SNRatio" -> 31., "StartTimePeakPhotonFlux" -> Quantity[-1.04, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 52.1, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[44.64, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[228., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.54, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.094, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[3.81, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[116., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.623, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.092, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[5.19, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[295., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 80., "TimeAveragedPowerLawNormalization50keV" -> Quantity[32.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.392, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.877", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[46.67, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[410., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.5*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.8999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.232, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[5.58, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[261., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.22, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[9.62, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1560., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 93.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[48.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.792, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[3.548, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[13.352, "Seconds"], "TriggerNumber" -> "291728", "TriggerTime" -> DateObject[{2007, 9, 20, 21, 4, 32.38600015640259}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[7., "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.21*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 070923" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.03, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.18, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-20, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[20, "Seconds"], "Declination" -> Quantity[-38.297, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.73, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[4.92, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.41, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.97, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1.81, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.01, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.2, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 070923", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.28*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.54*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.022, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.84*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.83*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.79*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.093, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[12.308333333333332, "HoursOfRightAscension"], "SNRatio" -> 10.4, "StartTimePeakPhotonFlux" -> Quantity[-0.4, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.283, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[34.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.29, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[34.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 50.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[225., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.095", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.87*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3999999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.704, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[105., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.586, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[103., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 63.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[614., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.594, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.036, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[0.196, "Seconds"], "TriggerNumber" -> "292004", "TriggerTime" -> DateObject[{2007, 9, 23, 19, 15, 23.686999797821045}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0., "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.829999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[9.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071001" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[43.72, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[57.42, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-59.761, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[18.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[78.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[21.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[26.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.04, "Seconds"], "EnergyFluenceStopTime" -> Quantity[61.8, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071001", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.65, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.82*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.044, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[9.9816, "HoursOfRightAscension"], "SNRatio" -> 13., "StartTimePeakPhotonFlux" -> Quantity[48.14, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.156, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.153, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 42.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[13.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.674", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.099999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.997, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.348, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 55.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[55.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.829, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[49.608, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[61.8, "Seconds"], "TriggerNumber" -> "292826", "TriggerTime" -> DateObject[{2007, 10, 1, 16, 31, 48.073999881744385}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[47.3, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.6699999999999996*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071003" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[18.65, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[148.38, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[10.955, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[252., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[835., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[93.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[189., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[301., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-7.57, "Seconds"], "EnergyFluenceStopTime" -> Quantity[167.6, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071003", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.34*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[28.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[11.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.9799999999999994*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.46*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.125, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.5399999999999995*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.36*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.91*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.0699999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.36*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[6.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.60435, "RedshiftReferences" -> {"35"}, "RightAscension" -> Quantity[20.123866666666668, "HoursOfRightAscension"], "SNRatio" -> 36.5, "StartTimePeakPhotonFlux" -> Quantity[0.37, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[6.05, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[55.82, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.062, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.062, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[48.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.335", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[54.24, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[2180., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.87*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.5399999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.2999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.649, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.66, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[2180., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[35.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.554, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[20.97, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[16600., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[35.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 74.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[516., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.784, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[148.164, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[167.604, "Seconds"], "TriggerNumber" -> "292934", "TriggerTime" -> DateObject[{2007, 10, 3, 7, 40, 55.013999938964844}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.35, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.43*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[9.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071006" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[28.8, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[54.4, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[8, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[18, "Seconds"], "Declination" -> Quantity[-23.152, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 071006", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.35213333333333, "HoursOfRightAscension"], "SNRatio" -> 10.1, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "293250", "TriggerTime" -> DateObject[{2007, 10, 6, 6, 41, 40.127999782562256}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071008" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.38, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[17.98, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[44.305, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3.82, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[25., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.28, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.81, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[7.07, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-11.01, "Seconds"], "EnergyFluenceStopTime" -> Quantity[13.57, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071008", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.34*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.005, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.7*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[10.104400000000002, "HoursOfRightAscension"], "SNRatio" -> 11.8, "StartTimePeakPhotonFlux" -> Quantity[0.17, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.262, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.24, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 45.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[10.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.144", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.979, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.684, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 76.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[24.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.025, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[3.648, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[13.568, "Seconds"], "TriggerNumber" -> "293587", "TriggerTime" -> DateObject[{2007, 10, 8, 21, 55, 56.76100015640259}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[4.56, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.43*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[9.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071010A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[2.71, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[6.32, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[843, "Seconds"], "Declination" -> Quantity[-32.384, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.81, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[20.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[5.49, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[6.46, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.48, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.14, "Seconds"], "EnergyFluenceStopTime" -> Quantity[5.88, "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071010A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.18*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.51*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.5699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.5099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.022, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.2028, "HoursOfRightAscension"], "SNRatio" -> 8.2, "StartTimePeakPhotonFlux" -> Quantity[0.8, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.365, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.32, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[30.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.238", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "293707", "TriggerTime" -> DateObject[{2007, 10, 10, 3, 41, 12.855000019073486}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[4.85, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.2*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071010B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.84, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[36.13, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[45.734, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[70., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[445., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[90.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[141., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[144., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-35.74, "Seconds"], "EnergyFluenceStopTime" -> Quantity[23.83, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071010B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.3999999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.86*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.029, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.55*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.01*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.719999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.5499999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.83*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.445, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[7.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.947, "RedshiftReferences" -> {"36"}, "RightAscension" -> Quantity[10.035533333333333, "HoursOfRightAscension"], "SNRatio" -> 81.3, "StartTimePeakPhotonFlux" -> Quantity[1.4, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.33, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[15.88, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 41.5, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[54.77, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[138., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.187, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.044, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[5.51, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[25., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.195, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.043, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[7.23, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[33., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59., "TimeAveragedPowerLawNormalization50keV" -> Quantity[84.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.52, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.966", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[76.87, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1090., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.05*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.9*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.477, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.54, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[304., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[23.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.445, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[13.45, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[461., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[23.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 88., "TimeResolvedPowerLawNormalization50keV" -> Quantity[548., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.578, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[16.988, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[23.832, "Seconds"], "TriggerNumber" -> "293795", "TriggerTime" -> DateObject[{2007, 10, 10, 20, 45, 47.98899984359741}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.42, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.63*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[9.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071010C" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[6.4, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[12.8, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-3, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[7, "Seconds"], "Declination" -> Quantity[66.155, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 071010C", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.538533333333334, "HoursOfRightAscension"], "SNRatio" -> 7.7, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "293804", "TriggerTime" -> DateObject[{2007, 10, 10, 22, 20, 22.164999961853027}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071011" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[42.77, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[80.88, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[61.131, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[68.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[246., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[31.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[59.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[86.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-9.47, "Seconds"], "EnergyFluenceStopTime" -> Quantity[93.62, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071011", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[18.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2199999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.25*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.029, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.5599999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.48*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.59*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.34*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.231, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.5594, "HoursOfRightAscension"], "SNRatio" -> 19.8, "StartTimePeakPhotonFlux" -> Quantity[45.98, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.128, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.128, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 87.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[24.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.450", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.19*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[117., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[53.768, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[93.62, "Seconds"], "TriggerNumber" -> "293924", "TriggerTime" -> DateObject[{2007, 10, 11, 12, 40, 13.843999862670898}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[17.66, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.12*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071013" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.82, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[26.08, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[200, "Seconds"], "Declination" -> Quantity[33.839, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[7.86, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[32.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.96, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[8.44, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[11., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.94, "Seconds"], "EnergyFluenceStopTime" -> Quantity[23.66, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071013", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.08*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[3.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1799999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.3999999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(50-100) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.633333333333336, "HoursOfRightAscension"], "SNRatio" -> 8.7, "StartTimePeakPhotonFlux" -> Quantity[3.69, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.362, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.349, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[11.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.625", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "294120", "TriggerTime" -> DateObject[{2007, 10, 13, 12, 9, 19.054999828338623}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-4.32, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.45*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071018" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[160., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[288., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-30, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[550, "Seconds"], "Declination" -> Quantity[53.804, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[26.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[105., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[26.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[36.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[113., "Seconds"], "EnergyFluenceStopTime" -> Quantity[417., "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit.", "Pe1s(15-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071018", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[8.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[3.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.2199999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(25-50) is an upper limit.", "Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit.", "Pph1s(15-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[10.988866666666667, "HoursOfRightAscension"], "SNRatio" -> 6.2, "StartTimePeakPhotonFlux" -> Quantity[280.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.253, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.249, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 72.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[3.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.563", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "294645", "TriggerTime" -> DateObject[{2007, 10, 18, 8, 37, 41.69999980926514}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071020" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.96, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[4.3, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[32.856, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[82.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[234., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[19.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[45.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[86.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.05, "Seconds"], "EnergyFluenceStopTime" -> Quantity[7.53, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071020", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.6*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.62*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.66*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.69*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.63*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.35*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.22*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[8.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.1462, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[7.977733333333333, "HoursOfRightAscension"], "SNRatio" -> 74.4, "StartTimePeakPhotonFlux" -> Quantity[-0.36, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.6, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[0.96, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.043, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.043, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 32.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[211., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.082", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[54.05, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[7360., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.8*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.8199999999999996*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.099999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.57, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.57, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[4880., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[77.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.463, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[16.5, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[31300., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[77., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 86.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[879., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.669, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.068, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[7.532, "Seconds"], "TriggerNumber" -> "294835", "TriggerTime" -> DateObject[{2007, 10, 20, 7, 2, 26.943999767303467}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-1.58, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.5299999999999999*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[12.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071021" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[56.79, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[228.72, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[23.75, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[32.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[136., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[21.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[36.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[45.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-33.58, "Seconds"], "EnergyFluenceStopTime" -> Quantity[250.76, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071021", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.14*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[3.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.5499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.16*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.86*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.079, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.705600000000004, "HoursOfRightAscension"], "SNRatio" -> 6.1, "StartTimePeakPhotonFlux" -> Quantity[87.3, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.2, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.195, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 79.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[5.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.664", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.8*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[38.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[250.736, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[250.76, "Seconds"], "TriggerNumber" -> "294974", "TriggerTime" -> DateObject[{2007, 10, 21, 9, 41, 33.692999839782715}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[82.16, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.8899999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071025" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[53.66, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[241.3, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[31.783, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[166., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[732., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[123., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[199., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[243., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[38.5, "Seconds"], "EnergyFluenceStopTime" -> Quantity[437.28, "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071025", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.34*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[10.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[22.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.84*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.025, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.99*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.1599999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.7699999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.088, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 5.2, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[23.671133333333334, "HoursOfRightAscension"], "SNRatio" -> 21.2, "StartTimePeakPhotonFlux" -> Quantity[81.9, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[6.73, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[18.29, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.057, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.057, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.711", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[97.72, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[191., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[9.599999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.271, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[22.34, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[62., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.263, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[95.44, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[103., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[106., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.464, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[212.068, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[437.28, "Seconds"], "TriggerNumber" -> "295301", "TriggerTime" -> DateObject[{2007, 10, 25, 4, 8, 53.68499994277954}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[80.33, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.72*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[31.7785, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.67140666666667, "HoursOfRightAscension"]|>, "GRB 071028A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[33., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[21.468, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[6.69, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[32.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.14, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[9.25, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[18., "Seconds"], "EnergyFluenceStopTime" -> Quantity[55., "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(50-100) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071028A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.11*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(50-100) is an upper limit.", "Pph1s(15-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[7.987866666666667, "HoursOfRightAscension"], "SNRatio" -> 9.6, "StartTimePeakPhotonFlux" -> Quantity[25., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.259, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.242, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[9.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.829", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "295527", "TriggerTime" -> DateObject[{2007, 10, 28, 17, 41, 1.6760001182556152}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[19.31, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.01*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[21.4847, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.98796, "HoursOfRightAscension"]|>, "GRB 071028B" -> <|"BasicComments" -> {"GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Quantity[3.2, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-3, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[7, "Seconds"], "Declination" -> Quantity[-31.623, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[16., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[49.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.97, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[10.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[18.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[5., "Seconds"], "EnergyFluxComments" -> {"Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071028B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[4.74*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.59*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[3.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.379999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.47*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.14*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.6*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.066, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.612733333333335, "HoursOfRightAscension"], "SNRatio" -> 6., "StartTimePeakPhotonFlux" -> Quantity[-0.3, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.512, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[32.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.559, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[31.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 63.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[98.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.230", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "295492", "TriggerTime" -> DateObject[{2007, 10, 28, 2, 43, 46.}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071031" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[114.24, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[150.49, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-58.052, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[11., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[89.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[26.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[29.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[22.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-4.53, "Seconds"], "EnergyFluenceStopTime" -> Quantity[192.48, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071031", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.289999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.22*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.027, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.6918, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[0.42640000000000006, "HoursOfRightAscension"], "SNRatio" -> 12.7, "StartTimePeakPhotonFlux" -> Quantity[2.56, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[28.59, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[40.58, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.277, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.252, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59., "TimeAveragedPowerLawNormalization50keV" -> Quantity[4.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.355", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[18.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[14.92, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[192.48, "Seconds"], "TriggerNumber" -> "295670", "TriggerTime" -> DateObject[{2007, 10, 31, 1, 6, 36.967000007629395}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.21, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.2599999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-58.0592, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.42705333333333334, "HoursOfRightAscension"]|>, "GRB 071101" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.76, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[4.82, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-446, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1105, "Seconds"], "Declination" -> Quantity[62.543, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.23, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[7.02, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.56, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.11, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[2.11, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.55, "Seconds"], "EnergyFluenceStopTime" -> Quantity[3.62, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071101", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.03*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.011, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.53*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.048, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[3.2129333333333334, "HoursOfRightAscension"], "SNRatio" -> 9., "StartTimePeakPhotonFlux" -> Quantity[-0.21, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.471, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.408, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 36.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[14.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.002", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "295779", "TriggerTime" -> DateObject[{2007, 11, 1, 17, 53, 46.59499979019165}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.62, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.59*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[0.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071112B" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.13, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.3, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[482, "Seconds"], "Declination" -> Quantity[-80.886, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.04, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[4.75, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.24, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.72, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1.75, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.05, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.27, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071112B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.81*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.4999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.2599999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.9599999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.82*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.114, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[17.346533333333333, "HoursOfRightAscension"], "SNRatio" -> 9.4, "StartTimePeakPhotonFlux" -> Quantity[-0.38, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.31, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[26.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.337, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[25.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 73.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[122., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.705", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "296503", "TriggerTime" -> DateObject[{2007, 11, 12, 18, 23, 31.53000020980835}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.05, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.729999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071112C" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Missing["NotAvailable"], "BurstStopTimeFromBATTrigger" -> Missing["NotAvailable"], "Declination" -> Quantity[Null, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 071112C", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> 0.8227, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[Null/15, "HoursOfRightAscension"], "SNRatio" -> Missing["NotAvailable"], "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "296504", "TriggerTime" -> DateObject[{2007, 11, 12, 18, 32, 57.53999996185303}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[28.3713, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.61414, "HoursOfRightAscension"]|>, "GRB 071117" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.72, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[6.07, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-63.442, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[59.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[243., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[31.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[63.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[88.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.5, "Seconds"], "EnergyFluenceStopTime" -> Quantity[13.88, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071117", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.04*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.31, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.66*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.6*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.66*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.131, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.3799999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.04*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.06*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.2999999999999996*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[11., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[3.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[3.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.3308, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[22.335066666666673, "HoursOfRightAscension"], "SNRatio" -> 50.5, "StartTimePeakPhotonFlux" -> Quantity[0.02, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.4, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.12, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 46.3, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[138.19, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[255., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.214, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.055, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[35.97, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[51., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.226, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.054, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[162.64, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[67., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 52.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[182., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.2, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.515", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[145.43, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[4300., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.16*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.15*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.678, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[27.34, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1620., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[53.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.541, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[59.1, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[3220., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[52.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 110.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[1080., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.636, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[5.916, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[13.884, "Seconds"], "TriggerNumber" -> "296805", "TriggerTime" -> DateObject[{2007, 11, 17, 14, 50, 6.910999774932861}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.47, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.4*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[14.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-63.4434, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.33622666666667, "HoursOfRightAscension"]|>, "GRB 071118" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[43.46, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[105.6, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-307, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[70.117, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[17.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[66.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[16.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[23.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-31.48, "Seconds"], "EnergyFluenceStopTime" -> Quantity[87.5, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071118", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.016, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.87*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.051, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.982066666666668, "HoursOfRightAscension"], "SNRatio" -> 7.4, "StartTimePeakPhotonFlux" -> Quantity[80.24, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.286, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.277, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[5.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.526", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "296856", "TriggerTime" -> DateObject[{2007, 11, 18, 8, 57, 17.629000186920166}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[14.54, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.7699999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[70.1244, "AngularDegrees"], "XRTRightAscension" -> Quantity[19.981053333333335, "HoursOfRightAscension"]|>, "GRB 071122" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[48., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[80., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[47.118, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[15.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[63.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[16.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[21.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-31., "Seconds"], "EnergyFluenceStopTime" -> Quantity[65., "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit.", "Pe1s(15-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071122", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.75*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[6.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.71*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(25-50) is an upper limit.", "Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit.", "Pph1s(15-150) is an upper limit."}, "Redshift" -> 1.14, "RedshiftReferences" -> {"37"}, "RightAscension" -> Quantity[18.437266666666673, "HoursOfRightAscension"], "SNRatio" -> 8.5, "StartTimePeakPhotonFlux" -> Quantity[8.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.324, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.31, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 74.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[7.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.640", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> {"battblocks failed because of the weak signal in the light curve."}, "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "297114", "TriggerTime" -> DateObject[{2007, 11, 22, 1, 23, 25.620999813079834}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[19.2, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[47.0749, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.440353333333338, "HoursOfRightAscension"]|>, "GRB 071129" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[173.32, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[430.13, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-26.667, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[72.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[369., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[73.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[107., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[116., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.64, "Seconds"], "EnergyFluenceStopTime" -> Quantity[522.35, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071129", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.929999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[14., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[32.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[8.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[14.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.022, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.79*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.81*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.122, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[14.669533333333334, "HoursOfRightAscension"], "SNRatio" -> 10., "StartTimePeakPhotonFlux" -> Quantity[5.83, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.146, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.142, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 63.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[7.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.880", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[99.87, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[182., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.9*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[5.5999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[17.84, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[125., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[56.68, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[274., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[56.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[522.272, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[522.352, "Seconds"], "TriggerNumber" -> "297628", "TriggerTime" -> DateObject[{2007, 11, 29, 0, 3, 55.301000118255615}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[372.06, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 071227" -> <|"BasicComments" -> {"Short duration GRB with an extended emission."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[79.1, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[144.98, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-55.937, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[8.63, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[50.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[11.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[15.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[15., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.14, "Seconds"], "EnergyFluenceStopTime" -> Quantity[157.23, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 071227", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.7899999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.1899999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.6699999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.51*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.7599999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.61*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.286, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.383, "RedshiftReferences" -> {"38"}, "RightAscension" -> Quantity[3.8744666666666676, "HoursOfRightAscension"], "SNRatio" -> 8.2, "StartTimePeakPhotonFlux" -> Quantity[-0.09, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.372, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.333, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[3.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.032", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.51*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.2999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.977, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[31.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.653, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[27.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 61.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[140., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.756, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[157.152, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[157.232, "Seconds"], "TriggerNumber" -> "299787", "TriggerTime" -> DateObject[{2007, 12, 27, 20, 13, 47.04300022125244}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.46, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.07*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-55.9843, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.8753066666666673, "HoursOfRightAscension"]|>, "GRB 080121" -> <|"BasicComments" -> {"Short duration GRB.", "GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[0.128, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.192, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-2, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[8, "Seconds"], "Declination" -> Quantity[41.828, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.74, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[3.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.53, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.86, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1.07, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.5, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080121", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.007, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[3.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.68*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[9.149666666666667, "HoursOfRightAscension"], "SNRatio" -> 6.1, "StartTimePeakPhotonFlux" -> Quantity[-0.31, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.482, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[20.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.447, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[19.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[69., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.695", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "301491", "TriggerTime" -> DateObject[{2008, 1, 21, 21, 29, 55.56099987030029}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080123" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.02, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.04, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-2, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[10, "Seconds"], "Declination" -> Quantity[-64.891, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.13, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1.56, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.76, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[0.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.01, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.05, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> {"S(100-150) is an upper limit.", "S(50-100) is an upper limit."}, "Name" -> "GRB 080123", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.959999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[0.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.0099999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.41*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[8.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.049, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.959999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.35*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.9499999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.9699999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.59306666666667, "HoursOfRightAscension"], "SNRatio" -> 7.2, "StartTimePeakPhotonFlux" -> Quantity[-0.47, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.009, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[282., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.809, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[171., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 83.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[282., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.138", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "301578", "TriggerTime" -> DateObject[{2008, 1, 23, 4, 21, 57.401999950408936}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.8399999999999997*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[25.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-64.9008, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.596159999999998, "HoursOfRightAscension"]|>, "GRB 080129" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[28.88, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[50.22, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-385, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1109, "Seconds"], "Declination" -> Quantity[-7.836, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[31.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[96.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.52, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[20.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[35.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-19.53, "Seconds"], "EnergyFluenceStopTime" -> Quantity[51.43, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080129", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.0099999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.022, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.87*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.11*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.8899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.095, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 4.349, "RedshiftReferences" -> {"39"}, "RightAscension" -> Quantity[7.019133333333334, "HoursOfRightAscension"], "SNRatio" -> 10.1, "StartTimePeakPhotonFlux" -> Quantity[27.01, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.48, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[6.66, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.26, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.271, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[13.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.229", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "301981", "TriggerTime" -> DateObject[{2008, 1, 29, 6, 6, 45.46400022506714}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-3.45, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.9999999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-7.8466, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.018926666666667, "HoursOfRightAscension"]|>, "GRB 080130" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the BAT slew survey process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[62.4, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[112, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[52, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[107, "Seconds"], "Declination" -> Quantity[-53.187, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 080130", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[17.441000000000003, "HoursOfRightAscension"], "SNRatio" -> Missing["NotAvailable"], "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "", "TriggerTime" -> DateObject[{2008, 1, 30, 11, 13, 2.}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-53.1868, "AngularDegrees"], "XRTRightAscension" -> Quantity[17.441266666666667, "HoursOfRightAscension"]|>, "GRB 080205" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[84.67, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[104.06, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-271, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[62.778, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[37.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[203., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[43.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[60.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[62.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-10.09, "Seconds"], "EnergyFluenceStopTime" -> Quantity[105.38, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080205", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.62*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.6299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.839999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.88*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.62*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.71*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.083, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.550733333333334, "HoursOfRightAscension"], "SNRatio" -> 16.9, "StartTimePeakPhotonFlux" -> Quantity[0.22, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.115, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.112, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 46., "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.959", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.6*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.258, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.777, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[82.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.483, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[96.588, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[105.384, "Seconds"], "TriggerNumber" -> "302506", "TriggerTime" -> DateObject[{2008, 2, 5, 7, 55, 51.75099992752075}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.18, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.88*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[62.792, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.550133333333333, "HoursOfRightAscension"]|>, "GRB 080207" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "T90 and T50 are lower limit."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> {Quantity[105, "Seconds"], Quantity[Infinity, "Seconds"]}, "BurstDuration5To95PercentOfFluence" -> {Quantity[290, "Seconds"], Quantity[Infinity, "Seconds"]}, "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[7.492, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 080207", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[13.834333333333333, "HoursOfRightAscension"], "SNRatio" -> 24.9, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.599999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.364, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[13.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.354, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[13.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 77.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[66.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.238, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[329.16, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[332.892, "Seconds"], "TriggerNumber" -> "302728", "TriggerTime" -> DateObject[{2008, 2, 7, 21, 30, 21.44099998474121}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[7.5022, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.834166666666667, "HoursOfRightAscension"]|>, "GRB 080210" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[11.88, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[39.36, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-388, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[13.825, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[41.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[181., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[30.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[49.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[60.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-14.56, "Seconds"], "EnergyFluenceStopTime" -> Quantity[46.02, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080210", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.82*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.023, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.1699999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.33*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.3899999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.93*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.83*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.212, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.6419, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[16.750666666666667, "HoursOfRightAscension"], "SNRatio" -> 28.4, "StartTimePeakPhotonFlux" -> Quantity[4.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.46, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[5.73, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.109, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.107, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 52.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[32.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.710", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.1*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.721, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.633, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 76.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[96.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.602, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[17.908, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[46.024, "Seconds"], "TriggerNumber" -> "302888", "TriggerTime" -> DateObject[{2008, 2, 10, 7, 50, 5.434999942779541}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.29, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.3499999999999996*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[13.8267, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.751113333333333, "HoursOfRightAscension"]|>, "GRB 080212" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[46.6, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[117.38, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-22.737, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[52., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[305., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[35.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[93., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[124., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-70.27, "Seconds"], "EnergyFluenceStopTime" -> Quantity[78.11, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080212", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.2499999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[17.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[26.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[11.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.1800000000000002*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.028, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.67*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.172, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.409666666666666, "HoursOfRightAscension"], "SNRatio" -> 17., "StartTimePeakPhotonFlux" -> Quantity[3.78, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 64.6, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[68.97, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[105., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.575, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.113, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[8.97, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[50., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.665, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.112, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[17.06, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[115., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 82.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[23.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.212, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.520", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[84.33, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[296., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.7999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.5999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.354, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[17.54, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[296., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.321, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[65.01, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[4130., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 70.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[50.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.152, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[59.972, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[78.112, "Seconds"], "TriggerNumber" -> "303105", "TriggerTime" -> DateObject[{2008, 2, 12, 17, 34, 33.46199989318848}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[4.71, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.4799999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-22.7419, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.409840000000003, "HoursOfRightAscension"]|>, "GRB 080218A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[14.72, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[22.8, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-737, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[12.167, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[9.25, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[61.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[19.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[17.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-12.35, "Seconds"], "EnergyFluenceStopTime" -> Quantity[12.75, "Seconds"], "EnergyFluxComments" -> {"Pe1s(50-100) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080218A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.57, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.6099999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.6*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.3799999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.5099999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.0599999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.044, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.730400000000003, "HoursOfRightAscension"], "SNRatio" -> 9.3, "StartTimePeakPhotonFlux" -> Quantity[1.22, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.341, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.304, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51., "TimeAveragedPowerLawNormalization50keV" -> Quantity[26.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.167", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "303609", "TriggerTime" -> DateObject[{2008, 2, 18, 20, 8, 42.79099988937378}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.7, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080218B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[2.94, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[5.06, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-198, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-53.087, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.88, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[49.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[19.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[26.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[6.23, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.85, "Seconds"], "EnergyFluenceStopTime" -> Quantity[6.58, "Seconds"], "EnergyFluxComments" -> {"Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080218B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.33*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[8.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.7799999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.2599999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.7699999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.97*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.861799999999999, "HoursOfRightAscension"], "SNRatio" -> 11.2, "StartTimePeakPhotonFlux" -> Quantity[0.41, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.285, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[17.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.256, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[17.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 61.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[82.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.531", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.44*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.451, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[34.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.381, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[33.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 81.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[149., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.345, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.264, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[6.576, "Seconds"], "TriggerNumber" -> "303631", "TriggerTime" -> DateObject[{2008, 2, 18, 23, 57, 47.17500019073486}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-53.097, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.86382, "HoursOfRightAscension"]|>, "GRB 080229A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[64., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-767, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-14.699, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[190., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[910., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[170., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[258., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[293., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.14, "Seconds"], "EnergyFluenceStopTime" -> Quantity[80.86, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080229A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.4899999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[10.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[23.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[8.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.028, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.14*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.1*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.839999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.3999999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.68*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[7.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.214466666666668, "HoursOfRightAscension"], "SNRatio" -> 17.1, "StartTimePeakPhotonFlux" -> Quantity[40.36, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.051, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.051, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[103., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.813", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.36*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.606, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.513, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 71.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[366., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.997, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[64.856, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[80.856, "Seconds"], "TriggerNumber" -> "304379", "TriggerTime" -> DateObject[{2008, 2, 29, 17, 4, 59.53399991989136}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[39.1, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.27*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[19., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-14.7045, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.214526666666664, "HoursOfRightAscension"]|>, "GRB 080303" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[27.98, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[67.4, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-70.223, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[18.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[66.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[8.79, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[16.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[23.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.2, "Seconds"], "EnergyFluenceStopTime" -> Quantity[73.58, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080303", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.349999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.37*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.1299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.189999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.5099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.4799999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.08*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.109, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[7.469866666666666, "HoursOfRightAscension"], "SNRatio" -> 17.4, "StartTimePeakPhotonFlux" -> Quantity[0.06, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.246, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.245, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 71.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[9.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.480", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.535, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.557, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[75.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.296, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[9.044, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[73.584, "Seconds"], "TriggerNumber" -> "304549", "TriggerTime" -> DateObject[{2008, 3, 3, 9, 10, 35.270999908447266}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.32, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.51*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-70.2342, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.470613333333334, "HoursOfRightAscension"]|>, "GRB 080307" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[45.23, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[122.22, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-561, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1164, "Seconds"], "Declination" -> Quantity[35.152, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[21.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[92.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[25.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[30.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.09, "Seconds"], "EnergyFluenceStopTime" -> Quantity[140.91, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080307", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.04*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.7299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.3799999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.077, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[9.108800000000002, "HoursOfRightAscension"], "SNRatio" -> 16.2, "StartTimePeakPhotonFlux" -> Quantity[1.91, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.198, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.193, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[7.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.704", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.556, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.457, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 53.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[14.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.302, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[49.048, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[140.912, "Seconds"], "TriggerNumber" -> "305011", "TriggerTime" -> DateObject[{2008, 3, 7, 11, 23, 30.814000129699707}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.98, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.0199999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[35.1388, "AngularDegrees"], "XRTRightAscension" -> Quantity[9.108546666666667, "HoursOfRightAscension"]|>, "GRB 080310" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[250.4, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[352.37, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-0.165, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[32.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[231., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[61.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[73.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[63.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-71.76, "Seconds"], "EnergyFluenceStopTime" -> Quantity[317.98, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080310", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.13*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[19.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.31, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.64*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.449999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.7099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.4599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.64*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.084, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.4274, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[14.669400000000001, "HoursOfRightAscension"], "SNRatio" -> 18.6, "StartTimePeakPhotonFlux" -> Quantity[1.27, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[7.78, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[16.71, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.148, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.143, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54., "TimeAveragedPowerLawNormalization50keV" -> Quantity[6.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.214", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[47.26, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[235., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[5.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 8.65, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[22.76, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[113., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 5.037, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[8.78, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[897., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 64.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[61.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.35, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[185.696, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[317.976, "Seconds"], "TriggerNumber" -> "305288", "TriggerTime" -> DateObject[{2008, 3, 10, 8, 37, 58.64699983596802}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-4.66, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.87*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-0.1751, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.670520000000002, "HoursOfRightAscension"]|>, "GRB 080319A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[22.18, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[43.62, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[44.074, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[116., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[445., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[62.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[112., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[154., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.38, "Seconds"], "EnergyFluenceStopTime" -> Quantity[49., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080319A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.1299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[14.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[31.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[8.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[12.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.34*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.9299999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.11*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.5499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[4.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.9399999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.6399999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.91*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.151, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[13.756266666666667, "HoursOfRightAscension"], "SNRatio" -> 19., "StartTimePeakPhotonFlux" -> Quantity[4.16, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.116, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.116, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[95.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.543", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.36*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.466, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[19.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.474, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[19.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 59.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[143., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.443, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[29.032, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[49., "Seconds"], "TriggerNumber" -> "306754", "TriggerTime" -> DateObject[{2008, 3, 19, 5, 45, 42.05000019073486}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[8.83, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.679999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[44.0802, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.755540000000002, "HoursOfRightAscension"]|>, "GRB 080319B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[25.8, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[124.86, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[782, "Seconds"], "Declination" -> Quantity[36.3, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3060., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[8500., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[672., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1630., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[3140., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.84, "Seconds"], "EnergyFluenceStopTime" -> Quantity[302.05, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080319B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.1199999999999996*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[42.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[83., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[18.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[27.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[30.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.14*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.107, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.77*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.3599999999999997*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.73*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.36*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.729999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[4.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[25.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[5.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[7.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[7.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.9382, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[14.527933333333335, "HoursOfRightAscension"], "SNRatio" -> 140.2, "StartTimePeakPhotonFlux" -> Quantity[16.87, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[12.16, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[23.2, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.019, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.019, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 42.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[323., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.051", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[191.17, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[4250., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.4199999999999998*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.61*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[9.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.47*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.37, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[53.26, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1360., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[216., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.332, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[203.37, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[2290., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[215., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 91.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[3580., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.582, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[260.744, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[302.048, "Seconds"], "TriggerNumber" -> "306757", "TriggerTime" -> DateObject[{2008, 3, 19, 6, 12, 49.25}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[12.41, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.88*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[48.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[36.3025, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.528066666666668, "HoursOfRightAscension"]|>, "GRB 080319C" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.46, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[29.55, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[55.391, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[110., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[351., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[37.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[77.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[127., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.33, "Seconds"], "EnergyFluenceStopTime" -> Quantity[43.42, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080319C", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.9199999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.84*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.24*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.045, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.67*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.659999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.72*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.97*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.7199999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.846, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[5.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.9492, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[17.267199999999995, "HoursOfRightAscension"], "SNRatio" -> 34.4, "StartTimePeakPhotonFlux" -> Quantity[0.13, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.1, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[3.24, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.068, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.068, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[81., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.285", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.02*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.376, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[18., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.355, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 56.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[386., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.115, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[13.424, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[43.42, "Seconds"], "TriggerNumber" -> "306778", "TriggerTime" -> DateObject[{2008, 3, 19, 12, 25, 56.960999965667725}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.55, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.01*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[55.3833, "AngularDegrees"], "XRTRightAscension" -> Quantity[17.265400000000003, "HoursOfRightAscension"]|>, "GRB 080319D" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[15.69, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[26.94, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[23.984, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[6.87, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[32.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[5.89, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[9.07, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[10.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[4.98, "Seconds"], "EnergyFluenceStopTime" -> Quantity[34.48, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080319D", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.5*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4899999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.8399999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.076, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.6319333333333335, "HoursOfRightAscension"], "SNRatio" -> 8., "StartTimePeakPhotonFlux" -> Quantity[33.57, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.352, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.33, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[11.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.791", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.5*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.582, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[32.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.663, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[29.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 76.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[32.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.792, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[34.428, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[34.476, "Seconds"], "TriggerNumber" -> "306793", "TriggerTime" -> DateObject[{2008, 3, 19, 17, 5, 9.34499979019165}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[34.43, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.88*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[23.9427, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.631526666666667, "HoursOfRightAscension"]|>, "GRB 080320" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.04, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[13.82, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[57.165, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[6.93, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[28.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.35, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.42, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[9.65, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.67, "Seconds"], "EnergyFluenceStopTime" -> Quantity[13.85, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080320", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.24*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.3899999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.59*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.6499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.851266666666668, "HoursOfRightAscension"], "SNRatio" -> 14.8, "StartTimePeakPhotonFlux" -> Quantity[0.05, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.214, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.209, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 43.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.622", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.2*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 8.12, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 4.88, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[29.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[33.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.473, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[13.84, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[13.848, "Seconds"], "TriggerNumber" -> "306858", "TriggerTime" -> DateObject[{2008, 3, 20, 4, 37, 38.46400022506714}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.58*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[57.157, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.848993333333333, "HoursOfRightAscension"]|>, "GRB 080325" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[67.31, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[162.82, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-323, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[36.516, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[126., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[485., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[68.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[123., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[168., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-29.29, "Seconds"], "EnergyFluenceStopTime" -> Quantity[170.03, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080325", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.57*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[22.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[44.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[12.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[18.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[4.28*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.4199999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.0299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.2199999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.11*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.309999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.3799999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.12*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.213, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(100-150) is an upper limit.", "Pph1s(15-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.526933333333332, "HoursOfRightAscension"], "SNRatio" -> 11.6, "StartTimePeakPhotonFlux" -> Quantity[43.8, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.167, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.167, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[25.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.545", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.099999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.285, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.3, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 55.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[50.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.224, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[79.556, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[170.028, "Seconds"], "TriggerNumber" -> "307604", "TriggerTime" -> DateObject[{2008, 3, 25, 4, 9, 17.33199977874756}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-4.73, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.78*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[36.5239, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.526220000000006, "HoursOfRightAscension"]|>, "GRB 080328" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[66.17, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[91.11, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[47.523, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[273., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[951., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[116., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[225., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[338., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.24, "Seconds"], "EnergyFluenceStopTime" -> Quantity[120.62, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080328", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.57*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[11., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[20.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.0499999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.36*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.103, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.2199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.49*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.28*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.0399999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[5.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[5.366133333333335, "HoursOfRightAscension"], "SNRatio" -> 54.8, "StartTimePeakPhotonFlux" -> Quantity[9.28, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.042, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.042, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[80.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.408", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[40.68, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[217., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.079999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.0999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 7.945, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.43, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[132., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[41.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.801, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[9.23, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[480., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[39.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 94.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[440., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.829, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[100.616, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[120.62, "Seconds"], "TriggerNumber" -> "307931", "TriggerTime" -> DateObject[{2008, 3, 28, 8, 3, 4.5879998207092285}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[10.21, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.78*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[47.5106, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.3655066666666675, "HoursOfRightAscension"]|>, "GRB 080330" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[55.36, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[67.05, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[30.611, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3.75, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[34.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[11.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[11.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[8.31, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.55, "Seconds"], "EnergyFluenceStopTime" -> Quantity[71.8, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080330", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.47*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.007, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.75*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.023, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.5119, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[11.284733333333334, "HoursOfRightAscension"], "SNRatio" -> 12.7, "StartTimePeakPhotonFlux" -> Quantity[0.44, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.476, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.397, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 50.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[4.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.468", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.2*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.8999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[46.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[51.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[46.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[53.664, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[71.8, "Seconds"], "TriggerNumber" -> "308041", "TriggerTime" -> DateObject[{2008, 3, 30, 3, 41, 16.872000217437744}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[8.91, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.12*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080405" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[35.2, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[73.6, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-1, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[9, "Seconds"], "Declination" -> Quantity[-4.249, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 080405", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[10.84, "HoursOfRightAscension"], "SNRatio" -> 8.6, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "308549", "TriggerTime" -> DateObject[{2008, 4, 5, 9, 18, 55.60900020599365}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080409" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "cutoff power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[2.88, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[22.66, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[5.077, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.06, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[56.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[22.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[17.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-13.1, "Seconds"], "EnergyFluenceStopTime" -> Quantity[10.41, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080409", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.6999999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.3899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.034, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.98, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.0799999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.66*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.769999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.04*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.265, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[5.6202000000000005, "HoursOfRightAscension"], "SNRatio" -> 14.6, "StartTimePeakPhotonFlux" -> Quantity[0., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 53., "TimeAveragedCutoffPowerLawEPeak" -> Quantity[40.32, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[171., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.899, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.19, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.07, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[171., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 1.12, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.18, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[9.6, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[597., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[28.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.692, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.037", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[74.94, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[948., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.83*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.7*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.2999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 5.034, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.88, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[410., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[30.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.294, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[27.05, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[838., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[29.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[300., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.442, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[7.964, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[10.412, "Seconds"], "TriggerNumber" -> "308812", "TriggerTime" -> DateObject[{2008, 4, 9, 1, 22, 57.58400011062622}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.73, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.67*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[5.0848, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.622006666666668, "HoursOfRightAscension"]|>, "GRB 080411" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[25.09, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[56.33, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-187, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[723, "Seconds"], "Declination" -> Quantity[-71.297, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[615., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[2650., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[434., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[712., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[885., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.27, "Seconds"], "EnergyFluenceStopTime" -> Quantity[77.28, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080411", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.01*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[32.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[13., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[12.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.71*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.8999999999999995*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.62*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.134, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.3*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.97*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.66*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.679999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1099999999999999*^-9, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[3.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[38.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[11.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[13.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[9.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.0301, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[2.5307333333333335, "HoursOfRightAscension"], "SNRatio" -> 85.5, "StartTimePeakPhotonFlux" -> Quantity[40.45, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[11.88, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[21.02, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.024, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.024, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 29.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[368., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.684", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[205.36, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[5410., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.5599999999999997*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.2999999999999998*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[9.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.35*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.633, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[56.28, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[986., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[121., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.504, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[268.42, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1260., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[121., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 83.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[3500., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.975, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[70.56, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[77.276, "Seconds"], "TriggerNumber" -> "309010", "TriggerTime" -> DateObject[{2008, 4, 11, 21, 15, 32.58500003814697}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[41.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.5299999999999996*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[44., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-71.3022, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.531906666666667, "HoursOfRightAscension"]|>, "GRB 080413A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[15.48, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[46.36, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-27.678, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[92.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[352., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[48.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[88.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[122., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.09, "Seconds"], "EnergyFluenceStopTime" -> Quantity[50.34, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080413A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.6699999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.22*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.041, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.51*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.81*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.84*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.0199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.8899999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.774, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[5.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.433, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[19.153266666666664, "HoursOfRightAscension"], "SNRatio" -> 56.4, "StartTimePeakPhotonFlux" -> Quantity[1.64, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[4.26, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[13.29, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.052, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.052, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 75.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[74., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.529", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[136.07, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[904., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.6299999999999995*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.4899999999999995*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.629, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[24.84, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[370., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[26.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.146, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[53.91, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[726., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[26.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 86., "TimeResolvedPowerLawNormalization50keV" -> Quantity[457., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.041, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[48.272, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[50.336, "Seconds"], "TriggerNumber" -> "309096", "TriggerTime" -> DateObject[{2008, 4, 13, 2, 54, 19.302000045776367}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.88, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-27.6777, "AngularDegrees"], "XRTRightAscension" -> Quantity[19.153260000000003, "HoursOfRightAscension"]|>, "GRB 080413B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[2., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[8., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-19.981, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[61.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[325., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[52.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[96.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[114., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.26, "Seconds"], "EnergyFluenceStopTime" -> Quantity[10.74, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080413B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.95*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.82*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.5699999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.197, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.3899999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.4*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.6199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.64*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.37*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[18., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[5.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[6.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[4.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.1014, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[21.742533333333334, "HoursOfRightAscension"], "SNRatio" -> 39.7, "StartTimePeakPhotonFlux" -> Quantity[-0.26, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.64, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[4.11, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 46.8, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[77.67, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[537., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.241, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.058, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.84, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[124., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.256, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.058, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[24.35, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[174., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[303., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.23, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.742", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[111.39, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[2630., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.4299999999999998*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.4*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[6.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.7999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.326, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[21.89, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[659., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[56.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.312, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[59.28, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1170., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[56.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 81.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[1500., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.454, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[4.736, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[10.736, "Seconds"], "TriggerNumber" -> "309111", "TriggerTime" -> DateObject[{2008, 4, 13, 8, 51, 12.548999786376953}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.25, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-19.9809, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.74294666666667, "HoursOfRightAscension"]|>, "GRB 080426" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.61, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[1.73, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-610, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[69.469, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[7.14, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[37.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.69, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[11., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[11.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.15, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.09, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080426", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.8*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.12*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.029, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.5899999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.76*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.36*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.269999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.187, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[4.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.7674666666666667, "HoursOfRightAscension"], "SNRatio" -> 26.8, "StartTimePeakPhotonFlux" -> Quantity[-0.11, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.12, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[13.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.117, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[13.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 49.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[182., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.915", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[54.51, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1320., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.8*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.5899999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[3.8999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.9999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.671, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[8.98, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[580., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[48.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.586, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[19.91, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1230., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[48.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 86.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[522., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.409, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.16, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[2.088, "Seconds"], "TriggerNumber" -> "310219", "TriggerTime" -> DateObject[{2008, 4, 26, 13, 23, 22.948999881744385}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.21, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.06*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[9.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[69.4684, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.7665866666666665, "HoursOfRightAscension"]|>, "GRB 080430" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.89, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[14.15, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[51.682, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[26.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[117., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[20.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[32.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[38.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.3, "Seconds"], "EnergyFluenceStopTime" -> Quantity[17.49, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080430", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.82*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.1499999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.9999999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.207, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.767, "RedshiftReferences" -> {"40"}, "RightAscension" -> Quantity[11.021933333333333, "HoursOfRightAscension"], "SNRatio" -> 51.2, "StartTimePeakPhotonFlux" -> Quantity[1.7, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[3.01, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[7.35, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.08, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.079, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[71.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.732", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.6999999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.267, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[13.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.255, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[13.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 60.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[184., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.083, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[8.52, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[17.488, "Seconds"], "TriggerNumber" -> "310613", "TriggerTime" -> DateObject[{2008, 4, 30, 19, 53, 2.0749998092651367}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.74, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.64*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[51.6855, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.020740000000002, "HoursOfRightAscension"]|>, "GRB 080503" -> <|"BasicComments" -> {"Short duration GRB with an extended emission."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[49.66, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[159.78, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[68.804, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[38.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[200., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[40.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[58.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[62.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.05, "Seconds"], "EnergyFluenceStopTime" -> Quantity[232.07, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080503", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.45*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.57, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[3.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.7*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.7299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.1128, "HoursOfRightAscension"], "SNRatio" -> 5.7, "StartTimePeakPhotonFlux" -> Quantity[26.73, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.124, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.121, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 46.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[9.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.912", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.59*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.5999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.332, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[44.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 2.155, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[43.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 59.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[272., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.483, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[232.052, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[232.068, "Seconds"], "TriggerNumber" -> "310785", "TriggerTime" -> DateObject[{2008, 5, 3, 12, 26, 13.428999900817871}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.15*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[68.7932, "AngularDegrees"], "XRTRightAscension" -> Quantity[19.107973333333337, "HoursOfRightAscension"]|>, "GRB 080506" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[102.53, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[152.14, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[903, "Seconds"], "Declination" -> Quantity[38.943, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[28.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[129., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[22.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[35.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[42.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[19.05, "Seconds"], "EnergyFluenceStopTime" -> Quantity[188.84, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080506", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.65*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.2799999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.96446666666667, "HoursOfRightAscension"], "SNRatio" -> 8.1, "StartTimePeakPhotonFlux" -> Quantity[134.48, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.188, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.182, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[8.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.759", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.518, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 3.247, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[12.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.247, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[117., "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[188.84, "Seconds"], "TriggerNumber" -> "311159", "TriggerTime" -> DateObject[{2008, 5, 6, 17, 46, 21.229000091552734}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[158.42, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.67*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[38.9851, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.96160666666667, "HoursOfRightAscension"]|>, "GRB 080515" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[7.62, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[20.91, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-44, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[32.571, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[19., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[218., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[60.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[96.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[54.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-10.77, "Seconds"], "EnergyFluenceStopTime" -> Quantity[17.09, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> {"S(100-150) is an upper limit."}, "Name" -> "GRB 080515", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[26.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[8.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[15.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.94*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.16*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.23*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.043, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.56*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.0899999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.7199999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.18*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.184, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.2102, "HoursOfRightAscension"], "SNRatio" -> 13.5, "StartTimePeakPhotonFlux" -> Quantity[0.87, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 53.3, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[33.1, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[6890., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.966, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.161, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[6.44, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[0., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 1.204, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.153, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[4.63, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[0., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[10.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 65.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[98., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.41, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.201", "TimeAveragedSpectralComments" -> {"K50CPL is an upper limit."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[35.9, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1380., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.61*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.4099999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.495, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[4.83, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1380., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[19.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.461, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[5.86, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[5210., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 66.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[172., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.682, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[7.088, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[17.088, "Seconds"], "TriggerNumber" -> "311658", "TriggerTime" -> DateObject[{2008, 5, 15, 6, 1, 13.815999984741211}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.97, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080516" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.98, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[5.75, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-26.148, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[5.55, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[26.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.94, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.51, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[8.56, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.08, "Seconds"], "EnergyFluenceStopTime" -> Quantity[6., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080516", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.08*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.68*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.1899999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.65*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.186, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.044, "HoursOfRightAscension"], "SNRatio" -> 9.9, "StartTimePeakPhotonFlux" -> Quantity[0.05, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.272, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.256, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60., "TimeAveragedPowerLawNormalization50keV" -> Quantity[48.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.811", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.88*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.8999999999999997*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 2.081, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[27.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.949, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[27.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 66.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[190., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.298, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[4.704, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[6.004, "Seconds"], "TriggerNumber" -> "311762", "TriggerTime" -> DateObject[{2008, 5, 16, 0, 17, 7.03000020980835}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.38, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.989999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-26.1598, "AngularDegrees"], "XRTRightAscension" -> Quantity[8.042826666666667, "HoursOfRightAscension"]|>, "GRB 080517" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[25.74, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[64.61, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1055, "Seconds"], "Declination" -> Quantity[50.746, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[16.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[58.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.42, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[14.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[20.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.89, "Seconds"], "EnergyFluenceStopTime" -> Quantity[68.44, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080517", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.32*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.044, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.818533333333335, "HoursOfRightAscension"], "SNRatio" -> 9.2, "StartTimePeakPhotonFlux" -> Quantity[3.88, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.317, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.314, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[8.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.442", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.4*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.638, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.549, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 68.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[31.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.006, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[8.776, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[68.444, "Seconds"], "TriggerNumber" -> "311874", "TriggerTime" -> DateObject[{2008, 5, 17, 21, 22, 51.986000061035156}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.45*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[50.7352, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.816113333333334, "HoursOfRightAscension"]|>, "GRB 080520" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.74, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[3.32, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-587, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-54.966, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.29, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[5.89, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[2.72, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.95, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[0.92, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.31, "Seconds"], "EnergyFluenceStopTime" -> Quantity[3.32, "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080520", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.05*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[8.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.4399999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.027, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> 1.5457, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[18.679600000000004, "HoursOfRightAscension"], "SNRatio" -> 9.3, "StartTimePeakPhotonFlux" -> Quantity[0.02, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.576, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.463, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[13., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-3.080", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> {"battblocks failed because of the weak signal in the light curve."}, "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "312047", "TriggerTime" -> DateObject[{2008, 5, 20, 22, 20, 24.777999877929688}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.24, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-54.9918, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.679573333333334, "HoursOfRightAscension"]|>, "GRB 080523" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[48., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-100, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[400, "Seconds"], "Declination" -> Quantity[-64.051, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[18., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[72.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.73, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[18.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[29.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.11, "Seconds"], "EnergyFluenceStopTime" -> Quantity[32.89, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080523", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.69*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.4999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.14*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.029, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.3848, "HoursOfRightAscension"], "SNRatio" -> 12.7, "StartTimePeakPhotonFlux" -> Quantity[8.39, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 71.1, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[97.7, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[41., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.585, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.136, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[22.75, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[19., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.68, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.136, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[97.02, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[44., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 77.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[16.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.429, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.270", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "312242", "TriggerTime" -> DateObject[{2008, 5, 23, 21, 21, 51.29899978637695}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[5.68, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.1199999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-64.0308, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.38654, "HoursOfRightAscension"]|>, "GRB 080524" -> <|"BasicComments" -> {"GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[3.2, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[6.4, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-3, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[7, "Seconds"], "Declination" -> Quantity[80.137, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[9.24, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[24.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.69, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[4.35, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[9., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[7.13, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080524", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.429999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.5699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.064, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[17.901333333333334, "HoursOfRightAscension"], "SNRatio" -> 8.7, "StartTimePeakPhotonFlux" -> Quantity[2.02, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.339, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.368, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44., "TimeAveragedPowerLawNormalization50keV" -> Quantity[30.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.951", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "312277", "TriggerTime" -> DateObject[{2008, 5, 24, 4, 13, 0.16300010681152344}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080602" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[58.98, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[74.29, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-296, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-9.238, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[102., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[326., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[33.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[71.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[118., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-11.49, "Seconds"], "EnergyFluenceStopTime" -> Quantity[69.31, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080602", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.27*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[13.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[25.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.4199999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.24*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2499999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.89*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.3299999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.0699999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.2782666666666669, "HoursOfRightAscension"], "SNRatio" -> 14.5, "StartTimePeakPhotonFlux" -> Quantity[59.6, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.126, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.127, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[40.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.276", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.7899999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.2999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.929, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[19.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.767, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 70.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[233., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.75, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[64.152, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[69.308, "Seconds"], "TriggerNumber" -> "312958", "TriggerTime" -> DateObject[{2008, 6, 2, 1, 30, 28.0770001411438}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.91, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.079999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[7.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-9.2321, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.2783866666666666, "HoursOfRightAscension"]|>, "GRB 080603B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[45.34, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[59.12, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-874, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[470, "Seconds"], "Declination" -> Quantity[68.062, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[45.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[247., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[40.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[73.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[86.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.12, "Seconds"], "EnergyFluenceStopTime" -> Quantity[68.26, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080603B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.34*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.68*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1199999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.19*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.68*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.18*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.567, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.6892, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[11.770066666666665, "HoursOfRightAscension"], "SNRatio" -> 46., "StartTimePeakPhotonFlux" -> Quantity[0.96, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[3.76, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[14.87, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 56., "TimeAveragedCutoffPowerLawEPeak" -> Quantity[74.99, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[74., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.255, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.061, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.91, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[19., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.272, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.061, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[25.64, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[27., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 68.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[40.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.211, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.731", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[70.52, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[900., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.17*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.16*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.2999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 7.769, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[27.47, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[663., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[28., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.798, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[30.12, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[3630., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[27.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 80.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[305., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.924, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[62.048, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[68.256, "Seconds"], "TriggerNumber" -> "313087", "TriggerTime" -> DateObject[{2008, 6, 3, 19, 38, 13.288000106811523}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.92, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.4*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080604" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[33.35, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[69.16, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[20.559, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[18.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[78.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[21.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[26.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-28.26, "Seconds"], "EnergyFluenceStopTime" -> Quantity[58.61, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080604", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.609999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.01*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.08*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.046, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.4171, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[15.797200000000002, "HoursOfRightAscension"], "SNRatio" -> 11.4, "StartTimePeakPhotonFlux" -> Quantity[-3.02, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.174, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.171, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 65.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[9.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.678", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> {"battblocks failed because of the weak signal in the light curve."}, "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "313116", "TriggerTime" -> DateObject[{2008, 6, 4, 7, 27, 1.1589999198913574}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[32.69, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.61*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[20.5578, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.797680000000001, "HoursOfRightAscension"]|>, "GRB 080605" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.06, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[18.05, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[4.009, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[397., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1340., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[141., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[307., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[498., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.53, "Seconds"], "EnergyFluenceStopTime" -> Quantity[22.53, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080605", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[4.729999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[14.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[22.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.309999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.6699999999999995*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.4199999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.211, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.009999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.9*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.21*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.4299999999999995*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.359999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[3.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[19.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[3.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[5.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[6.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.6403, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[17.47533333333333, "HoursOfRightAscension"], "SNRatio" -> 70., "StartTimePeakPhotonFlux" -> Quantity[7.57, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.48, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[5.29, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 31.5, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[287.98, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[583., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.121, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.03, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[89.84, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[62., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.12, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.03, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[421.61, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[69., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 38.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[491., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.143, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.323", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[187.25, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[4050., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.28*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.8499999999999998*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[9.599999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.5399999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.328, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[56.04, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1730., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[114., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.305, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[278.97, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[3620., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[113., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 84.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[1810., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.633, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[18.88, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[22.528, "Seconds"], "TriggerNumber" -> "313299", "TriggerTime" -> DateObject[{2008, 6, 5, 23, 47, 57.85900020599365}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[8.25, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.8199999999999998*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[26.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[4.0157, "AngularDegrees"], "XRTRightAscension" -> Quantity[17.475013333333337, "HoursOfRightAscension"]|>, "GRB 080607" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[22.56, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[78.86, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[15.91, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[791., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[2470., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[247., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[531., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[899., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.74, "Seconds"], "EnergyFluenceStopTime" -> Quantity[154.55, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080607", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.07*^-9, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.1499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[25.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[45.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[10.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[12.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[17.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.179999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1699999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.98*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.2499999999999995*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.359, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[7.98, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.77*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.37*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.35*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.8*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.78*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[4.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[23.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[4.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[6.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[7.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.0368, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[12.997533333333335, "HoursOfRightAscension"], "SNRatio" -> 35.5, "StartTimePeakPhotonFlux" -> Quantity[1.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[5.14, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[16.63, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.035, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.035, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 39.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[154., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.241", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[68.03, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[9960., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.76*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[6.44*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.21*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.03*^-8, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.75, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[9960., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[359., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[18.73, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[32500., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1240., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[2350., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[117.044, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[154.548, "Seconds"], "TriggerNumber" -> "313417", "TriggerTime" -> DateObject[{2008, 6, 7, 6, 7, 27.007999897003174}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.94, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.78*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[33., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[15.9194, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.996433333333334, "HoursOfRightAscension"]|>, "GRB 080613B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[25.81, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[78.26, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-7.101, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[173., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[571., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[63.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[129., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[206., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.21, "Seconds"], "EnergyFluenceStopTime" -> Quantity[129.84, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080613B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.92*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.21*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.86*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.45*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.06*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.609, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.587000000000003, "HoursOfRightAscension"], "SNRatio" -> 60.5, "StartTimePeakPhotonFlux" -> Quantity[2.23, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.048, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.048, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[43.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.332", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.42*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.5999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[38.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[38.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[355., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[71.344, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[129.836, "Seconds"], "TriggerNumber" -> "313954", "TriggerTime" -> DateObject[{2008, 6, 13, 11, 12, 37.96799993515015}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[10.08, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-7.1049, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.586526666666666, "HoursOfRightAscension"]|>, "GRB 080623" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[6.35, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[15.18, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-348, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1390, "Seconds"], "Declination" -> Quantity[-62.048, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[33.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[107., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[11.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[23.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[38.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.97, "Seconds"], "EnergyFluenceStopTime" -> Quantity[15.97, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080623", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.3699999999999996*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.61, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.5199999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.031, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.9699999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.6*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.7099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.5399999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.7899999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.252, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.844600000000003, "HoursOfRightAscension"], "SNRatio" -> 19.1, "StartTimePeakPhotonFlux" -> Quantity[7.23, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.15, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.15, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66., "TimeAveragedPowerLawNormalization50keV" -> Quantity[63.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.282", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.0399999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.4999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.655, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[31.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.702, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[31.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 59.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[207., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.024, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[7.936, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[15.972, "Seconds"], "TriggerNumber" -> "315080", "TriggerTime" -> DateObject[{2008, 6, 23, 10, 25, 28.44000005722046}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[7.69, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.91*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-62.0493, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.844053333333335, "HoursOfRightAscension"]|>, "GRB 080701" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.74, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[17.82, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-564, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[75.48, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[11.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[74.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[18.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[23., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[21.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.73, "Seconds"], "EnergyFluenceStopTime" -> Quantity[22.46, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080701", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.53*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.98, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.5299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.011, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.18*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.18*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.87*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.1399999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.031, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[3.0608666666666666, "HoursOfRightAscension"], "SNRatio" -> 19.6, "StartTimePeakPhotonFlux" -> Quantity[-0.1, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.159, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.153, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[31.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.120", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[40.25, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[353., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[9.999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.816, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[8.45, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[175., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[19.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.6, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[8.39, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[429., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[19.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 57.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[119., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.326, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[5.196, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[22.46, "Seconds"], "TriggerNumber" -> "315615", "TriggerTime" -> DateObject[{2008, 7, 1, 10, 13, 37.63600015640259}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.08, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.2999999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[75.4748, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.0559333333333334, "HoursOfRightAscension"]|>, "GRB 080702A" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[0.19, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.51, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-629, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1202, "Seconds"], "Declination" -> Quantity[72.281, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.22, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[3.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.38, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.82, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1.39, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.05, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.53, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080702A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.57, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.33*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.016, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[3., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.92*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.4199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.063, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[20.8708, "HoursOfRightAscension"], "SNRatio" -> 6.3, "StartTimePeakPhotonFlux" -> Quantity[-0.23, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.415, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[16.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.428, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[16.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 39.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[65.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.237", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "315710", "TriggerTime" -> DateObject[{2008, 7, 2, 11, 50, 43.68100023269653}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[72.3129, "AngularDegrees"], "XRTRightAscension" -> Quantity[20.87005333333333, "HoursOfRightAscension"]|>, "GRB 080702B" -> <|"BasicComments" -> {"GRB found by the BAT slew survey process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[8.48, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[26.06, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-67, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[53, "Seconds"], "Declination" -> Quantity[-5.49, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[14., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[57.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[8.73, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[15., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[19.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[14.87, "Seconds"], "EnergyFluenceStopTime" -> Quantity[43.75, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080702B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.61, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.5699999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.023, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[6.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.72*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.96*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2099999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.137, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.706666666666667, "HoursOfRightAscension"], "SNRatio" -> 6.6, "StartTimePeakPhotonFlux" -> Quantity[16.52, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.194, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.189, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[21.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.617", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "", "TriggerTime" -> DateObject[{2008, 7, 2, 1, 10, 38.079999923706055}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-5.5312, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.708900000000003, "HoursOfRightAscension"]|>, "GRB 080703" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.66, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[3.52, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-270, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-63.216, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[5.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[20.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[2.65, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[5.01, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[7.35, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.7, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.21, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080703", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.61, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.6699999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.5399999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.7299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.8999999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.129, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.787866666666667, "HoursOfRightAscension"], "SNRatio" -> 10.1, "StartTimePeakPhotonFlux" -> Quantity[0.04, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.223, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.224, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 62., "TimeAveragedPowerLawNormalization50keV" -> Quantity[55.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.448", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "315819", "TriggerTime" -> DateObject[{2008, 7, 3, 19, 0, 13.598000049591064}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.77, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.5*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-63.2191, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.786786666666667, "HoursOfRightAscension"]|>, "GRB 080707" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[23.86, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[30.17, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-706, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[973, "Seconds"], "Declination" -> Quantity[33.095, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[14.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[62.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[16.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[20.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.82, "Seconds"], "EnergyFluenceStopTime" -> Quantity[31.27, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080707", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.98, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.9299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.6899999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.046, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.2322, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[2.175333333333333, "HoursOfRightAscension"], "SNRatio" -> 13.5, "StartTimePeakPhotonFlux" -> Quantity[0.22, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[1.38, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.84, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.172, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.168, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[20.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.700", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.601, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.587, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 54., "TimeResolvedPowerLawNormalization50keV" -> Quantity[61.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.41, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[25.62, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[31.268, "Seconds"], "TriggerNumber" -> "316204", "TriggerTime" -> DateObject[{2008, 7, 7, 8, 27, 53.68499994277954}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[13.23, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.12*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[33.1097, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.1745733333333335, "HoursOfRightAscension"]|>, "GRB 080710" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[66.53, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[112.06, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[19.481, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[39.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[135., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[31.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[48.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-96.22, "Seconds"], "EnergyFluenceStopTime" -> Quantity[27.53, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080710", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[19.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.98, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.08*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.94*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.063, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.8454, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[0.5509333333333334, "HoursOfRightAscension"], "SNRatio" -> 9.9, "StartTimePeakPhotonFlux" -> Quantity[0.89, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.228, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.227, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 62., "TimeAveragedPowerLawNormalization50keV" -> Quantity[11.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.380", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[40.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[7.68, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[27.532, "Seconds"], "TriggerNumber" -> "316534", "TriggerTime" -> DateObject[{2008, 7, 10, 7, 13, 10.797999858856201}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[-70.99, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.49*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[19.5016, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.5515733333333335, "HoursOfRightAscension"]|>, "GRB 080714" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.32, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[25.81, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-824, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1101, "Seconds"], "Declination" -> Quantity[-60.275, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[71.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[255., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[32.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[61.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[90.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.81, "Seconds"], "EnergyFluenceStopTime" -> Quantity[32.21, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080714", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.1399999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.68*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.04*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.037, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.77*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.17*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.459999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.3899999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.667, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[4.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[12.540066666666666, "HoursOfRightAscension"], "SNRatio" -> 37.6, "StartTimePeakPhotonFlux" -> Quantity[-0.34, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.077, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.077, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[73.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.440", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.36*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.274, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[22.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.259, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[22.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 67.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[332., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.118, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[10.96, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[32.212, "Seconds"], "TriggerNumber" -> "316910", "TriggerTime" -> DateObject[{2008, 7, 14, 17, 52, 56.64300012588501}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-0.08, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.179999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-60.2778, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.540360000000003, "HoursOfRightAscension"]|>, "GRB 080721" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.06, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[176.29, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-789, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-11.709, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[508., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1410., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[113., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[272., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[523., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-10.25, "Seconds"], "EnergyFluenceStopTime" -> Quantity[360.14, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080721", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.649999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.86*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[31.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[54.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[10.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[14.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[20.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.109999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.34*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.96*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.95*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.406, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[10.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.98*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.7699999999999999*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.14*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.05*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.579999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[3.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[18.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[3.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[5.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[5.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.5914, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[14.965133333333334, "HoursOfRightAscension"], "SNRatio" -> 28.6, "StartTimePeakPhotonFlux" -> Quantity[-0.16, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[1.83, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[5.58, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.072, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.072, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[36., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.056", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.9499999999999997*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.9399999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.496, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[176., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.564, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[173., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 81., "TimeResolvedPowerLawNormalization50keV" -> Quantity[1720., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.74, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[15.032, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[360.136, "Seconds"], "TriggerNumber" -> "317508", "TriggerTime" -> DateObject[{2008, 7, 21, 10, 25, 16.978000164031982}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.26, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.5799999999999998*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[33.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-11.7236, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.965493333333335, "HoursOfRightAscension"]|>, "GRB 080723A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[11.94, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[17.91, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-6.909, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[8.02, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[34.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[5.82, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[9.47, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[11.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.23, "Seconds"], "EnergyFluenceStopTime" -> Quantity[19.17, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080723A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.97, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.11*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.76*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.4799999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.097, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.297666666666668, "HoursOfRightAscension"], "SNRatio" -> 15.2, "StartTimePeakPhotonFlux" -> Quantity[-0.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.21, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.206, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 82.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.701", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.267, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.257, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[10., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 88.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[73.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.477, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.016, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[19.168, "Seconds"], "TriggerNumber" -> "317662", "TriggerTime" -> DateObject[{2008, 7, 23, 4, 19, 24.39799976348877}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[-0.1, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.3399999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-6.8995, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.299366666666668, "HoursOfRightAscension"]|>, "GRB 080725" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[14.85, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[92.74, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-842, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-13.986, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[109., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[385., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[47.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[91.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[137., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-105.52, "Seconds"], "EnergyFluenceStopTime" -> Quantity[50., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080725", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[11.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[22.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.61, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.24*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.028, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.6799999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.88*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.0699999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.24*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.77*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.288, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.113266666666668, "HoursOfRightAscension"], "SNRatio" -> 20.7, "StartTimePeakPhotonFlux" -> Quantity[3.81, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.098, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.099, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 38.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[25.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.422", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.66*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[165., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[20.928, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[50., "Seconds"], "TriggerNumber" -> "317888", "TriggerTime" -> DateObject[{2008, 7, 25, 10, 26, 14.631999969482422}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[13.92, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.2399999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080727A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[2.67, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[4.91, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-18.577, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.34, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[13.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.31, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.85, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[4.88, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.14, "Seconds"], "EnergyFluenceStopTime" -> Quantity[5.19, "Seconds"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080727A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.2*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[1.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[13.894866666666665, "HoursOfRightAscension"], "SNRatio" -> 8.5, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.34, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.345, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41., "TimeAveragedPowerLawNormalization50keV" -> Quantity[24.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.223", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "318094", "TriggerTime" -> DateObject[{2008, 7, 27, 5, 57, 39.36299991607666}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[3.66, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.67*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-18.5447, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.892713333333333, "HoursOfRightAscension"]|>, "GRB 080727B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[6.32, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[8.66, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-393, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[1.171, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[116., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[320., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[25.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[61.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[118., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.24, "Seconds"], "EnergyFluenceStopTime" -> Quantity[9.5, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080727B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.11*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.78*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.93*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.044, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.9299999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.47*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.7999999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.28*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.7699999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[7.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.458066666666667, "HoursOfRightAscension"], "SNRatio" -> 69.3, "StartTimePeakPhotonFlux" -> Quantity[-0.04, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.042, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.042, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[309., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.045", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[97.76, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[6860., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.559999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.52*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[7.9*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.954, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[17.45, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[5660., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[62.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.708, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[41.3, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[33500., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[61.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 88.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[767., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.655, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[9.156, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[9.504, "Seconds"], "TriggerNumber" -> "318101", "TriggerTime" -> DateObject[{2008, 7, 27, 8, 13, 24.95900011062622}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[6.12, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.51*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[12.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[1.1626, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.457240000000002, "HoursOfRightAscension"]|>, "GRB 080727C" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[23.32, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[77.61, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[843, "Seconds"], "Declination" -> Quantity[64.13, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[160., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[530., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[48.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[118., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[204., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.32, "Seconds"], "EnergyFluenceStopTime" -> Quantity[110.23, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080727C", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.75*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[16.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.81*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.139999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.0399999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.3399999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.46*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.315, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.1760000000000006, "HoursOfRightAscension"], "SNRatio" -> 44.2, "StartTimePeakPhotonFlux" -> Quantity[15.23, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 57.9, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[178.19, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[69., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.187, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.047, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[43.62, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[12., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.198, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.047, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[125.95, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[15., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 69., "TimeAveragedPowerLawNormalization50keV" -> Quantity[47.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.862, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.221", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[129.39, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[367., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.8699999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.8*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.206, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[31.69, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[109., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.21, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[107.9, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[203., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[179., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.966, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[59.564, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[110.228, "Seconds"], "TriggerNumber" -> "318170", "TriggerTime" -> DateObject[{2008, 7, 27, 23, 7, 35.39400005340576}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[28.42, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.55*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[64.1373, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.1756066666666665, "HoursOfRightAscension"]|>, "GRB 080802" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[81.6, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[179.52, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-32.331, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[31.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[134., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[21.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[36.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[45.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-26.2, "Seconds"], "EnergyFluenceStopTime" -> Quantity[179.75, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080802", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.61, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2099999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.95*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.059, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.0482, "HoursOfRightAscension"], "SNRatio" -> 16.8, "StartTimePeakPhotonFlux" -> Quantity[1.88, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.181, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.178, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[7., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.678", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[44.32, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[96., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.8999999999999997*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.878, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.24, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[96., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.823, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[14.36, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[707., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 82.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[29.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.375, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[89.832, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[179.752, "Seconds"], "TriggerNumber" -> "318832", "TriggerTime" -> DateObject[{2008, 8, 2, 15, 12, 21.074999809265137}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[29.32, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.47*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080804" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[11.4, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[37.19, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-53.189, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[134., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[380., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[31.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[74.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[140., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.35, "Seconds"], "EnergyFluenceStopTime" -> Quantity[112.86, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080804", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.87*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[21.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.9499999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.7299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.48*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.047, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.76*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.53*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.75*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.6699999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.15*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.394, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.99, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.2045, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[21.911533333333338, "HoursOfRightAscension"], "SNRatio" -> 24.7, "StartTimePeakPhotonFlux" -> Quantity[1.6, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[3.21, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[9.47, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.102, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.104, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[31.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.088", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.97*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[16.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[16.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[196., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[35.456, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[112.856, "Seconds"], "TriggerNumber" -> "319016", "TriggerTime" -> DateObject[{2008, 8, 4, 23, 20, 14.670000076293945}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.8, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.04*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[7.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-53.1848, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.91116666666667, "HoursOfRightAscension"]|>, "GRB 080805" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[38.85, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[106.62, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-62.437, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[70.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[265., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[36.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[66., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[92.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-6.51, "Seconds"], "EnergyFluenceStopTime" -> Quantity[131.47, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080805", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.83*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.32*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.219999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.1499999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.5699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.2099999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.263, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.5042, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[20.948200000000003, "HoursOfRightAscension"], "SNRatio" -> 37.9, "StartTimePeakPhotonFlux" -> Quantity[2.3, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[8.15, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[40.05, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.081, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.081, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[20.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.515", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[131.19, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[285., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.8*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[8.499999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.192, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[19.63, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[285., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.945, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[41.06, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[8400., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 94.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[76.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.082, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[87.12, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[131.472, "Seconds"], "TriggerNumber" -> "319036", "TriggerTime" -> DateObject[{2008, 8, 5, 7, 41, 34.73299980163574}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[9.34, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.34*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-62.4447, "AngularDegrees"], "XRTRightAscension" -> Quantity[20.94818666666667, "HoursOfRightAscension"]|>, "GRB 080810" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[38.95, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[107.67, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[464, "Seconds"], "Declination" -> Quantity[0.312, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[146., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[464., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[47.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[102., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[168., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-20.5, "Seconds"], "EnergyFluenceStopTime" -> Quantity[106.49, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080810", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.44*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[16.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.78*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.3899999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.6899999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.7099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.67*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.16*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.274, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.3604, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[23.78553333333334, "HoursOfRightAscension"], "SNRatio" -> 24.3, "StartTimePeakPhotonFlux" -> Quantity[24.68, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[7.98, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[23.84, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.065, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.065, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 61.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[36.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.270", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.1699999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.766, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[41.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.643, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[41.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 88.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[224., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.905, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[99.92, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[106.492, "Seconds"], "TriggerNumber" -> "319584", "TriggerTime" -> DateObject[{2008, 8, 10, 13, 10, 12.287000179290771}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[23.73, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.41*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[0.3199, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.786273333333337, "HoursOfRightAscension"]|>, "GRB 080903" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[23.55, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[66.34, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[51.258, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[25.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[146., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[22.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[45., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[53.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-10.54, "Seconds"], "EnergyFluenceStopTime" -> Quantity[68.02, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080903", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.81*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.5999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.35*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.94*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.4199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.5499999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.119, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[5.785866666666667, "HoursOfRightAscension"], "SNRatio" -> 34.4, "StartTimePeakPhotonFlux" -> Quantity[-2.8, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 44.9, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[68.05, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[52., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.447, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.098, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.49, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[21., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.5, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.097, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[35.36, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[43., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[21.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.935, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.663", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[84.68, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[229., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[5.099999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.345, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[13.56, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[132., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.304, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[29.03, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[403., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 71.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[56.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.176, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[21.996, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[68.02, "Seconds"], "TriggerNumber" -> "323542", "TriggerTime" -> DateObject[{2008, 9, 3, 1, 12, 23.300000190734863}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.11, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.34*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080905A" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.77, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[1.02, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-822, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-18.867, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[5.79, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[14.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.26, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.21, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.04, "Seconds"], "EnergyFluenceStopTime" -> Quantity[1.13, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080905A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.36*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.83*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.028, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.45*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.29*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.9899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.7599999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.275, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.1778, "HoursOfRightAscension"], "SNRatio" -> 10.6, "StartTimePeakPhotonFlux" -> Quantity[0.04, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.233, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[16.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.251, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 50.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[110., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.795", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.91*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.9*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.47, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[95.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 3.65, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[94.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 69.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[291., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.65, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.768, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[1.128, "Seconds"], "TriggerNumber" -> "323870", "TriggerTime" -> DateObject[{2008, 9, 5, 11, 58, 54.973000049591064}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.04, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.759999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080905B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[77.86, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[101.62, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1063, "Seconds"], "Declination" -> Quantity[-62.574, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[43.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[181., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[28.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[48.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[61., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.73, "Seconds"], "EnergyFluenceStopTime" -> Quantity[149.69, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080905B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.14*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.45*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.2699999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.6899999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.13*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.46*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.176, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.3739, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[20.116933333333336, "HoursOfRightAscension"], "SNRatio" -> 13.5, "StartTimePeakPhotonFlux" -> Quantity[2.46, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[22.62, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[26.97, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.144, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.142, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 62.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[12.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.657", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.7699999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.4*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.915, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[104., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.656, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[99., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[187., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.254, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[149.684, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[149.692, "Seconds"], "TriggerNumber" -> "323898", "TriggerTime" -> DateObject[{2008, 9, 5, 16, 55, 45.40500020980835}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[2.88, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.24*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-62.5632, "AngularDegrees"], "XRTRightAscension" -> Quantity[20.11608, "HoursOfRightAscension"]|>, "GRB 080906" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[40.66, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[148.19, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1181, "Seconds"], "Declination" -> Quantity[-80.538, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[96.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[365., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[50., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[91., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[127., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-105., "Seconds"], "EnergyFluenceStopTime" -> Quantity[109.54, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080906", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.14*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[18.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.3199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.14*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.9299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.89*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.118, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.203800000000001, "HoursOfRightAscension"], "SNRatio" -> 15.2, "StartTimePeakPhotonFlux" -> Quantity[8.24, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.085, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.084, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44., "TimeAveragedPowerLawNormalization50keV" -> Quantity[18., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.517", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.5*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.205, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[35.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.011, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[35.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[76.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.333, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[72.764, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[109.536, "Seconds"], "TriggerNumber" -> "323984", "TriggerTime" -> DateObject[{2008, 9, 6, 13, 33, 16.347000122070312}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.25, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.45*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-80.5179, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.202880000000002, "HoursOfRightAscension"]|>, "GRB 080913" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[3.26, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[7.46, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-582, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-25.13, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[18.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[57.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[5.44, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[12., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[20.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-3.78, "Seconds"], "EnergyFluenceStopTime" -> Quantity[4.56, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080913", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.24*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.5599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.9399999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.165, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 6.7, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[4.383066666666667, "HoursOfRightAscension"], "SNRatio" -> 17.5, "StartTimePeakPhotonFlux" -> Quantity[0.13, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.54, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.04, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.155, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.159, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[67.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.202", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "324561", "TriggerTime" -> DateObject[{2008, 9, 13, 6, 46, 54.122000217437744}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.62, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.55*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-25.1296, "AngularDegrees"], "XRTRightAscension" -> Quantity[4.381873333333334, "HoursOfRightAscension"]|>, "GRB 080915A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[10.61, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[23.84, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-76.044, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[7.34, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[29.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.28, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.48, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[10., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.67, "Seconds"], "EnergyFluenceStopTime" -> Quantity[26.72, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080915A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.579999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.32, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.046, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.1924000000000001, "HoursOfRightAscension"], "SNRatio" -> 8.6, "StartTimePeakPhotonFlux" -> Quantity[3.11, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.312, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.306, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 52.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[10.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.582", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.744, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.666, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 58.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[19.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.435, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[7.296, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[26.72, "Seconds"], "TriggerNumber" -> "324744", "TriggerTime" -> DateObject[{2008, 9, 15, 0, 2, 49.95699977874756}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.44, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080915B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.08, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[4.05, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-28, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-11.49, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[14.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[104., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[21.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[34.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[33.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.53, "Seconds"], "EnergyFluenceStopTime" -> Quantity[6.15, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080915B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.97*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.042, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.439999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.559999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.83*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.7199999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.01*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.488, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[8.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[3.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[14.205866666666667, "HoursOfRightAscension"], "SNRatio" -> 43.4, "StartTimePeakPhotonFlux" -> Quantity[0.18, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 63.5, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[48.32, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[340., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.312, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.077, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.58, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[107., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.338, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.076, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[12.15, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[175., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 72., "TimeAveragedPowerLawNormalization50keV" -> Quantity[178., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.439, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.957", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[68.84, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1360., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.96*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[5.65*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.7999999999999997*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.574, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.35, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[731., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[40.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.458, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[20.22, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[5180., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[39.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 71.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[645., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.726, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.988, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[6.148, "Seconds"], "TriggerNumber" -> "324805", "TriggerTime" -> DateObject[{2008, 9, 15, 15, 53, 35.139999866485596}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.4, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.959999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[11.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080916A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "cutoff power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[23.3, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[61.35, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-57.026, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[99.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[422., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[56.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[112., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[154., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.4, "Seconds"], "EnergyFluenceStopTime" -> Quantity[88.64, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080916A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.2699999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.034, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.4*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.5199999999999996*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.8399999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.05*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.6887, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[22.41913333333333, "HoursOfRightAscension"], "SNRatio" -> 61.9, "StartTimePeakPhotonFlux" -> Quantity[1.25, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[8.53, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[17.35, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 54.2, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[120.87, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[75., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.188, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.046, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[24.59, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[13., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.196, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.046, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[70.5, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[17., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 65.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[50.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.185, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.546", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[212.36, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[333., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.44*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.4*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.468, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[51.28, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[143., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[16.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.517, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[138.2, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[316., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 82.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[216., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.43, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[49.224, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[88.64, "Seconds"], "TriggerNumber" -> "324895", "TriggerTime" -> DateObject[{2008, 9, 16, 9, 45, 20.610000133514404}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.44, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.979999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-57.023, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.418433333333336, "HoursOfRightAscension"]|>, "GRB 080916B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[36., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[69.062, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[18.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[63.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.73, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[15., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[22.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.43, "Seconds"], "EnergyFluenceStopTime" -> Quantity[37.57, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080916B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.66*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.025, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.1099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.4*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.107, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[10.908533333333335, "HoursOfRightAscension"], "SNRatio" -> 10.8, "StartTimePeakPhotonFlux" -> Quantity[1.57, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.232, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.231, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 46.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[16.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.407", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.365, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.358, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 58.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[31.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.289, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[7.568, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[37.568, "Seconds"], "TriggerNumber" -> "324907", "TriggerTime" -> DateObject[{2008, 9, 16, 14, 44, 47.3289999961853}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[18., "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.2499999999999996*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[69.0657, "AngularDegrees"], "XRTRightAscension" -> Quantity[10.9111, "HoursOfRightAscension"]|>, "GRB 080919" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.33, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.6, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-42.37, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.76, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[7.25, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[2.69, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.09, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.76, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080919", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.679999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.019999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.4699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.97*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.152, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[17.6818, "HoursOfRightAscension"], "SNRatio" -> 12., "StartTimePeakPhotonFlux" -> Quantity[-0.07, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.259, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[14.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.276, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[98.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.949", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "325268", "TriggerTime" -> DateObject[{2008, 9, 19, 0, 5, 13.051000118255615}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.23, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.96*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 080928" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[44.82, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[233.66, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[494, "Seconds"], "Declination" -> Quantity[-55.172, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[54.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[242., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[41.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[66.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[80.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[51.29, "Seconds"], "EnergyFluenceStopTime" -> Quantity[381.94, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 080928", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[16.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.2499999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.58*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.1299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.92*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.54*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.217, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.6919, "RedshiftReferences" -> {"BibCode" -> "2009ApJS..185..526F", "Author" -> "Fynbo et al.", "ReferenceComments" -> Missing["NotAvailable"]}, "RightAscension" -> Quantity[6.337266666666667, "HoursOfRightAscension"], "SNRatio" -> 9.7, "StartTimePeakPhotonFlux" -> Quantity[202.83, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[3.69, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[7.25, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.115, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.114, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[9.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.729", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.44*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[10.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[153., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[225.256, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[318.94, "Seconds"], "TriggerNumber" -> "326115", "TriggerTime" -> DateObject[{2008, 9, 28, 15, 1, 32.866000175476074}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[203.34, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-55.1996, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.338006666666667, "HoursOfRightAscension"]|>, "GRB 081007" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[2.93, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[9.01, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-40.146, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[8.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[76.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[23.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[25.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[18.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-8.66, "Seconds"], "EnergyFluenceStopTime" -> Quantity[6.78, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081007", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.03*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.03*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.4199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.63*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.2*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.139999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.55*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.124, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.5295, "RedshiftReferences" -> {"41"}, "RightAscension" -> Quantity[22.66413333333334, "HoursOfRightAscension"], "SNRatio" -> 17.1, "StartTimePeakPhotonFlux" -> Quantity[0.56, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.2, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.187, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[50.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.428", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.45*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.819, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[18.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.611, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[152., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.311, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[2.832, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[6.784, "Seconds"], "TriggerNumber" -> "330856", "TriggerTime" -> DateObject[{2008, 10, 7, 5, 23, 52.748000144958496}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.54, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.1*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[7.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-40.1472, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.664026666666672, "HoursOfRightAscension"]|>, "GRB 081008" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[111.11, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[179.52, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-778, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-57.438, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[104., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[426., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[65.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[111., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[145., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-65.89, "Seconds"], "EnergyFluenceStopTime" -> Quantity[196.04, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081008", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.05*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.34*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.17*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.06*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1899999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.41*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.8*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.162, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.9685, "RedshiftReferences" -> {"42"}, "RightAscension" -> Quantity[18.664533333333335, "HoursOfRightAscension"], "SNRatio" -> 30.3, "StartTimePeakPhotonFlux" -> Quantity[7.52, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[35.21, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[58.47, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.071, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.071, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 49.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[17.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.622", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[68., "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[310., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.4*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.073, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.52, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[194., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.815, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[29.31, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[752., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 90.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[82.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.048, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[136.52, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[196.044, "Seconds"], "TriggerNumber" -> "331093", "TriggerTime" -> DateObject[{2008, 10, 8, 19, 58, 9.383999824523926}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.23, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.2399999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-57.4318, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.663873333333335, "HoursOfRightAscension"]|>, "GRB 081011" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.29, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[9.82, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-820, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[33.561, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.73, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[16.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[2.13, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[4.06, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.97, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.84, "Seconds"], "EnergyFluenceStopTime" -> Quantity[11.46, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081011", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.029999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.9399999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[14.690133333333332, "HoursOfRightAscension"], "SNRatio" -> 10.7, "StartTimePeakPhotonFlux" -> Quantity[1.78, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.27, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.266, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[16.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.442", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "331332", "TriggerTime" -> DateObject[{2008, 10, 11, 0, 28, 50.46600008010864}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.23, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.96*^-11, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[33.5435, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.689606666666666, "HoursOfRightAscension"]|>, "GRB 081012" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.97, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[25.2, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-897, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-17.63, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[42.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[112., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.91, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[20.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[41.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-23.46, "Seconds"], "EnergyFluenceStopTime" -> Quantity[9.32, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081012", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.9999999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.5099999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.47*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.036, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.0099999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.22*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.53*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.253, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.0124000000000004, "HoursOfRightAscension"], "SNRatio" -> 14.8, "StartTimePeakPhotonFlux" -> Quantity[0.46, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.18, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.188, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[31.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.958", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.3*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.455, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.571, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[10., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 58.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[66.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.184, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[4.904, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[9.32, "Seconds"], "TriggerNumber" -> "331475", "TriggerTime" -> DateObject[{2008, 10, 12, 13, 10, 23.901999950408936}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.61, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.06*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-17.6384, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.0133933333333336, "HoursOfRightAscension"]|>, "GRB 081016B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.17, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[2.62, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-43.537, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.48, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[10.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.61, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.73, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[4.01, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.02, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.96, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081016B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.33*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.75*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.009999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.138, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.9726000000000002, "HoursOfRightAscension"], "SNRatio" -> 9.5, "StartTimePeakPhotonFlux" -> Quantity[0.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.304, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.334, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[31., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.789", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "331856", "TriggerTime" -> DateObject[{2008, 10, 16, 19, 47, 14.514999866485596}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.45, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[8.99*^-11, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-43.5301, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.9709733333333335, "HoursOfRightAscension"]|>, "GRB 081017" -> <|"BasicComments" -> {"battblocks failed because of the weak nature of the burst.", "T90 and T50 are lower limit."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> {Quantity[320, "Seconds"], Quantity[Infinity, "Seconds"]}, "BurstDuration5To95PercentOfFluence" -> {Quantity[320, "Seconds"], Quantity[Infinity, "Seconds"]}, "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-32.784, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[34.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[142., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[22., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[37.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[48.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[320., "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081017", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[20.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2199999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.5099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.036, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.348066666666668, "HoursOfRightAscension"], "SNRatio" -> 9.2, "StartTimePeakPhotonFlux" -> Quantity[58., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.238, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.234, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 40.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[4.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.627", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "331964", "TriggerTime" -> DateObject[{2008, 10, 17, 23, 38, 12.815999984741211}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 081022" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[53.57, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[157.58, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[616, "Seconds"], "Declination" -> Quantity[12.409, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[63.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[259., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[39.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[67.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[88.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-4.93, "Seconds"], "EnergyFluenceStopTime" -> Quantity[213.82, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081022", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.33*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[18., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.349999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1499999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.4699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.053, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.105466666666668, "HoursOfRightAscension"], "SNRatio" -> 18.7, "StartTimePeakPhotonFlux" -> Quantity[57.18, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.113, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.112, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47., "TimeAveragedPowerLawNormalization50keV" -> Quantity[12.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.615", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.498, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.418, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 56.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[26.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.262, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[123.932, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[213.82, "Seconds"], "TriggerNumber" -> "332399", "TriggerTime" -> DateObject[{2008, 10, 22, 14, 23, 48.80399990081787}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[59.12, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.27*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 081024A" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.45, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[1.82, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[61.354, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.42, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[12.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.07, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.52, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[4.67, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.66, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.27, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081024A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.2499999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.61, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.5099999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.93*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.94*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.178, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.8592666666666668, "HoursOfRightAscension"], "SNRatio" -> 14.8, "StartTimePeakPhotonFlux" -> Quantity[-0.73, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.205, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.212, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 81.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[63.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.106", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.89*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.9*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.82, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[42.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.795, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[42.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 74.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[246., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.785, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.124, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[0.268, "Seconds"], "TriggerNumber" -> "332516", "TriggerTime" -> DateObject[{2008, 10, 24, 5, 53, 8.863999843597412}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.05, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.45*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[61.3314, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.858253333333333, "HoursOfRightAscension"]|>, "GRB 081025" -> <|"BasicComments" -> {"GRB found by the BAT slew survey process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[16.61, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[22.78, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-67, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[53, "Seconds"], "Declination" -> Quantity[60.47, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[71.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[195., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[14.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[36.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[72.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-13.23, "Seconds"], "EnergyFluenceStopTime" -> Quantity[11.94, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081025", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.95, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.13, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.84*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.028, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.81*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.1499999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.4999999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.445, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.353333333333335, "HoursOfRightAscension"], "SNRatio" -> 9.9, "StartTimePeakPhotonFlux" -> Quantity[-9.89, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.073, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.074, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 50.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[72.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.016", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "", "TriggerTime" -> DateObject[{2008, 10, 25, 8, 23, 16.179999828338623}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 081028" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[135., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[284.42, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-410, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[999, "Seconds"], "Declination" -> Quantity[2.305, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[85.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[395., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[70.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[110., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[129., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[29.34, "Seconds"], "EnergyFluenceStopTime" -> Quantity[397.09, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081028", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.759999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[19.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.32, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.011, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.0999999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.3799999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.038, "RedshiftReferences" -> {"43"}, "RightAscension" -> Quantity[8.126, "HoursOfRightAscension"], "SNRatio" -> 24.4, "StartTimePeakPhotonFlux" -> Quantity[73.72, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[33., "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[55.16, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.083, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.082, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 42.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[11.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.774", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.2999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.492, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.441, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 70.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[24.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.607, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[272.516, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[397.088, "Seconds"], "TriggerNumber" -> "332851", "TriggerTime" -> DateObject[{2008, 10, 28, 0, 25, 0.7899999618530273}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[77.2, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.7399999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[2.3082, "AngularDegrees"], "XRTRightAscension" -> Quantity[8.126320000000002, "HoursOfRightAscension"]|>, "GRB 081029" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[96.38, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[275.05, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-586, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[983, "Seconds"], "Declination" -> Quantity[-68.17, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[61.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[214., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[26., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[50.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[76.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-36.26, "Seconds"], "EnergyFluenceStopTime" -> Quantity[271.15, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081029", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[24.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.98, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.34*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.0699999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.01*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3.847, "RedshiftReferences" -> {"44"}, "RightAscension" -> Quantity[23.11746666666667, "HoursOfRightAscension"], "SNRatio" -> 10.5, "StartTimePeakPhotonFlux" -> Quantity[20.57, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[26.41, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[62.72, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.181, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.182, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 67.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[7.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.406", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.441, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.447, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[12.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.348, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[85.108, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[271.148, "Seconds"], "TriggerNumber" -> "332931", "TriggerTime" -> DateObject[{2008, 10, 29, 1, 43, 56.78800010681152}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[77.04, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.21*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-68.1559, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.118213333333337, "HoursOfRightAscension"]|>, "GRB 081101" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.09, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.18, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1056, "Seconds"], "Declination" -> Quantity[-0.105, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.72, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[6.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.45, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[3.03, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.22, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081101", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.5399999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.6499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.0599999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.96*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.82*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.155, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.388999999999999, "HoursOfRightAscension"], "SNRatio" -> 13.9, "StartTimePeakPhotonFlux" -> Quantity[-0.39, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 60.6, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[91.29, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[4580., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.936, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.2, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[21.15, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[0., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[41.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 1.192, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.204, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[87.87, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[0., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[41.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[309., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> 0.252, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.070", "TimeAveragedSpectralComments" -> {"K50CPL is an upper limit."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "333320", "TriggerTime" -> DateObject[{2008, 11, 1, 11, 46, 31.979000091552734}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.16, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.67*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 081102" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16.75, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[48.19, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[52.992, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[53.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[227., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[36.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[60.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[76.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-20.08, "Seconds"], "EnergyFluenceStopTime" -> Quantity[45.81, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081102", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.12*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.4699999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.5399999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.9999999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.38*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.64*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.11*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.253, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.078666666666667, "HoursOfRightAscension"], "SNRatio" -> 25.1, "StartTimePeakPhotonFlux" -> Quantity[0.06, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.125, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.123, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 32.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[37.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.662", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.0199999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.562, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.458, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 66.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[106., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.385, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[15.82, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[45.812, "Seconds"], "TriggerNumber" -> "333427", "TriggerTime" -> DateObject[{2008, 11, 2, 17, 44, 39.526999950408936}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.7, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.9799999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[52.9941, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.078213333333338, "HoursOfRightAscension"]|>, "GRB 081104" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[23., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[64., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-695, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-54.72, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[39., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[210., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[44.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[62.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[64.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-23.7, "Seconds"], "EnergyFluenceStopTime" -> Quantity[57.3, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081104", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[18.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.0299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.33*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.61*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.068, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.699933333333334, "HoursOfRightAscension"], "SNRatio" -> 20.3, "StartTimePeakPhotonFlux" -> Quantity[20.3, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.144, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.14, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[28.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.944", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[61.9, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[175., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.4*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.9999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.555, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.53, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[88., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.486, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[29.92, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[224., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 56., "TimeResolvedPowerLawNormalization50keV" -> Quantity[58.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.722, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[24.304, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[57.304, "Seconds"], "TriggerNumber" -> "333666", "TriggerTime" -> DateObject[{2008, 11, 4, 9, 34, 42.467000007629395}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[31.33, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.67*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-54.7199, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.6992400000000005, "HoursOfRightAscension"]|>, "GRB 081105" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[4.8, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[11.2, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-1, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[8, "Seconds"], "Declination" -> Quantity[3.449, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 081105", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.2646, "HoursOfRightAscension"], "SNRatio" -> 11.8, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "333811", "TriggerTime" -> DateObject[{2008, 11, 5, 13, 31, 46.52899980545044}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 081109A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[34.96, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[221.49, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-54.708, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[98.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[400., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[60.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[104., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[137., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-80.75, "Seconds"], "EnergyFluenceStopTime" -> Quantity[299.78, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081109A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.75*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[20.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.3999999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.0099999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.62*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.7*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.41*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.122, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.053333333333338, "HoursOfRightAscension"], "SNRatio" -> 33.1, "StartTimePeakPhotonFlux" -> Quantity[7.56, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.085, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.085, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 71.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[11.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.608", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.699999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[92.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[299.728, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[299.776, "Seconds"], "TriggerNumber" -> "334112", "TriggerTime" -> DateObject[{2008, 11, 9, 7, 2, 6.613999843597412}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[5.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.78*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-54.7117, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.052706666666666, "HoursOfRightAscension"]|>, "GRB 081118" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[24.02, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[49.28, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-43.306, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[19.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[115., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[26.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[35.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[33.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[19.52, "Seconds"], "EnergyFluenceStopTime" -> Quantity[79.46, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081118", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.65, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.3799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.389999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1499999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.4899999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.055, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.58, "RedshiftReferences" -> {"45"}, "RightAscension" -> Quantity[5.5048, "HoursOfRightAscension"], "SNRatio" -> 16., "StartTimePeakPhotonFlux" -> Quantity[46.94, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[7.65, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[14.02, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.149, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.143, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57., "TimeAveragedPowerLawNormalization50keV" -> Quantity[20.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.052", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "334877", "TriggerTime" -> DateObject[{2008, 11, 18, 14, 56, 36.73400020599365}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[55.14, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.12*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-43.3013, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.506166666666667, "HoursOfRightAscension"]|>, "GRB 081121" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.31, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[17.67, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-150, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[250, "Seconds"], "Declination" -> Quantity[-60.612, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[151., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[423., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[34., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[81.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[156., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-6.01, "Seconds"], "EnergyFluenceStopTime" -> Quantity[14.48, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081121", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[4.4899999999999995*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.11*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[13.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[24.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.61, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[9.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.37*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.83*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.54*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.23*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.169, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.1199999999999996*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.65*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.169999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1499999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.556, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.512, "RedshiftReferences" -> {"46"}, "RightAscension" -> Quantity[5.951533333333334, "HoursOfRightAscension"], "SNRatio" -> 23.5, "StartTimePeakPhotonFlux" -> Quantity[13.58, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[2.33, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[4.15, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.1, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.103, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 45.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[195., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.062", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.279999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[89.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[87.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[498., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[13.98, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[14.476, "Seconds"], "TriggerNumber" -> "335105", "TriggerTime" -> DateObject[{2008, 11, 21, 20, 35, 32.854000091552734}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[14.32, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[8.29*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[8.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-60.6029, "AngularDegrees"], "XRTRightAscension" -> Quantity[5.951713333333334, "HoursOfRightAscension"]|>, "GRB 081126" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[31.44, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[57.65, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-656, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[500, "Seconds"], "Declination" -> Quantity[48.714, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[113., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[345., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[33.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[72.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[126., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-21.53, "Seconds"], "EnergyFluenceStopTime" -> Quantity[56.91, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081126", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.88*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.32, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.1600000000000002*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.031, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.29*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.5*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.5599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.44*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.3*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.568133333333332, "HoursOfRightAscension"], "SNRatio" -> 39.9, "StartTimePeakPhotonFlux" -> Quantity[0.75, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.062, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.063, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 46.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[43.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.206", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[140.03, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[405., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.31*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.16*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.566, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[38.38, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[142., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[14.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.678, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[172.01, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[249., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 73.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[308., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.656, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[35.764, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[56.912, "Seconds"], "TriggerNumber" -> "335647", "TriggerTime" -> DateObject[{2008, 11, 26, 21, 34, 10.28000020980835}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.24, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.239999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[48.7103, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.567666666666668, "HoursOfRightAscension"]|>, "GRB 081127" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.47, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[17.31, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[6.844, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[6.79, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[40.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.28, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[12.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[11.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-10.71, "Seconds"], "EnergyFluenceStopTime" -> Quantity[8.54, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081127", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.95, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.54*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.88*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.1388, "HoursOfRightAscension"], "SNRatio" -> 9.1, "StartTimePeakPhotonFlux" -> Quantity[-4.59, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.318, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.29, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[22.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.044", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "335715", "TriggerTime" -> DateObject[{2008, 11, 27, 7, 5, 8.902999877929688}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[6.31, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.81*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[6.8507, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.137613333333334, "HoursOfRightAscension"]|>, "GRB 081128" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[30.12, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[96.77, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[38.123, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[26.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[232., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[44.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[82., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[78.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-60.99, "Seconds"], "EnergyFluenceStopTime" -> Quantity[62.66, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081128", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.28*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.32, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.3899999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.2999999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.489999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.22*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.117, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.3867333333333332, "HoursOfRightAscension"], "SNRatio" -> 32.3, "StartTimePeakPhotonFlux" -> Quantity[17.8, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 57.8, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[49.17, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[83., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.404, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.085, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[4.78, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[33., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.446, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.084, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[6.64, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[62., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 80.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[22.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.842, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.888", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[57.02, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[765., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.099999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.4*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.279, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.31, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[765., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.252, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[21.31, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[28900., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 79.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[75.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.588, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[44.068, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[62.66, "Seconds"], "TriggerNumber" -> "335895", "TriggerTime" -> DateObject[{2008, 11, 28, 17, 18, 44.70800018310547}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[18.41, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.17*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[38.1272, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.386966666666667, "HoursOfRightAscension"]|>, "GRB 081203A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[43., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[223., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-297, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[63.515, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[222., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[783., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[97.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[187., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[278., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-68.88, "Seconds"], "EnergyFluenceStopTime" -> Quantity[405.12, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081203A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.5*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[14., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[26.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.87*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.025, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.32*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.47*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.25*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.0499999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.06*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.422, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.05, "RedshiftReferences" -> {"47"}, "RightAscension" -> Quantity[15.538066666666666, "HoursOfRightAscension"], "SNRatio" -> 28.2, "StartTimePeakPhotonFlux" -> Quantity[31.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[9.88, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[31.63, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.06, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.06, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 50.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[17.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.426", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[97.61, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[187., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.46*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[7.799999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.403, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[22.05, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[73., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[16.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.378, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[94.6, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[137., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[16.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 76.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[241., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.004, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[123.12, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[405.12, "Seconds"], "TriggerNumber" -> "336489", "TriggerTime" -> DateObject[{2008, 12, 3, 13, 57, 11.574999809265137}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[31.54, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.52*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[63.5208, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.535486666666667, "HoursOfRightAscension"]|>, "GRB 081203B" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the BAT slew survey process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Quantity[13, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1272, "Seconds"], "Declination" -> Quantity[44.427, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 081203B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[3., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.252600000000001, "HoursOfRightAscension"], "SNRatio" -> 7.6, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "", "TriggerTime" -> DateObject[{2008, 12, 3, 13, 51, 58.69000005722046}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[44.4286, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.253260000000001, "HoursOfRightAscension"]|>, "GRB 081210" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[14.8, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[145.91, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-11.265, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[54.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[186., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[21.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[43., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[66.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-12.87, "Seconds"], "EnergyFluenceStopTime" -> Quantity[142.98, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081210", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.4099999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.759999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.1*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.0899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.519999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.343, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[4.699066666666667, "HoursOfRightAscension"], "SNRatio" -> 31.2, "StartTimePeakPhotonFlux" -> Quantity[17.97, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.134, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.134, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[12.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.376", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.9899999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.102, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[19., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.073, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 88.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[198., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.114, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[133.68, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[142.98, "Seconds"], "TriggerNumber" -> "337073", "TriggerTime" -> DateObject[{2008, 12, 10, 20, 19, 34.21199989318848}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[18.87, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.41*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-11.2575, "AngularDegrees"], "XRTRightAscension" -> Quantity[4.69894, "HoursOfRightAscension"]|>, "GRB 081211A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.58, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[3.42, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-780, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-33.818, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.82, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[13., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.51, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[4.15, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[3.54, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.08, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.75, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081211A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.4199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.87*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.54*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.9899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.073, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.872000000000003, "HoursOfRightAscension"], "SNRatio" -> 9.3, "StartTimePeakPhotonFlux" -> Quantity[0.19, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.416, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.365, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[10.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 66.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[36., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.231", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "337115", "TriggerTime" -> DateObject[{2008, 12, 11, 11, 48, 10.690000057220459}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.25, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.15*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-33.8362, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.87444, "HoursOfRightAscension"]|>, "GRB 081211B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Quantity[9, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[129, "Seconds"], "Declination" -> Quantity[53.845, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[15., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[68.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[18.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[22.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[8.68, "Seconds"], "EnergyFluenceStopTime" -> Quantity[120., "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit.", "Pe1s(15-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081211B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[18.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.004, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[3., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.7299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.215400000000002, "HoursOfRightAscension"], "SNRatio" -> 7.4, "StartTimePeakPhotonFlux" -> Quantity[69.5, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.456, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.408, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58., "TimeAveragedPowerLawNormalization50keV" -> Quantity[6.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.754", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "", "TriggerTime" -> DateObject[{2008, 12, 11, 6, 15, 2.}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[53.8298, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.217600000000003, "HoursOfRightAscension"]|>, "GRB 081221" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the BAT slew survey process."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.14, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[33.91, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[800, "Seconds"], "Declination" -> Quantity[-24.541, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[384., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1890., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[298., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[542., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[664., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.28, "Seconds"], "EnergyFluenceStopTime" -> Quantity[112.32, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081221", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.11*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[15.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[30.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[14.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[12.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.73*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.76*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[8.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.61*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.135, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.11*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.4699999999999999*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.41*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.839999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[2.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[17.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[4.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[5.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[5.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.0534000000000001, "HoursOfRightAscension"], "SNRatio" -> 53.2, "StartTimePeakPhotonFlux" -> Quantity[21.42, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 32.7, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[90.4, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[292., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.118, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.027, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.64, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[31., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.121, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.027, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[11.97, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[36., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 78., "TimeAveragedPowerLawNormalization50keV" -> Quantity[187., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.298, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.751", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[160.97, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[3700., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.5*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.4799999999999999*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.5999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.2999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.404, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[32.23, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[865., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[41.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.351, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[143.24, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1490., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[41.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 98.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[1510., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.234, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[45.372, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[112.316, "Seconds"], "TriggerNumber" -> "337889", "TriggerTime" -> DateObject[{2008, 12, 21, 16, 21, 11.847000122070312}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[21.8, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.9799999999999998*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[20.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-24.5481, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.0528400000000002, "HoursOfRightAscension"]|>, "GRB 081222" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[6., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[33., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-34.094, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[150., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[522., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[63.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[123., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[186., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.33, "Seconds"], "EnergyFluenceStopTime" -> Quantity[63.67, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081222", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.7199999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.31, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.6299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.2099999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.95*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.449999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.57*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.4199999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.53*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.993, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[7.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.77, "RedshiftReferences" -> {"48"}, "RightAscension" -> Quantity[1.5165999999999997, "HoursOfRightAscension"], "SNRatio" -> 98.4, "StartTimePeakPhotonFlux" -> Quantity[3.67, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[1.32, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[5.18, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.038, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.038, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44., "TimeAveragedPowerLawNormalization50keV" -> Quantity[83.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.410", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[173.91, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[997., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.6*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[6.449999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.2999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.857, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[40.92, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[196., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[19.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.644, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[159.83, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[255., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[19.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 74.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[650., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.082, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[37.672, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[63.672, "Seconds"], "TriggerNumber" -> "337914", "TriggerTime" -> DateObject[{2008, 12, 22, 4, 53, 59.973999977111816}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[5.99, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.52*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[9.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-34.0954, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.5160333333333336, "HoursOfRightAscension"]|>, "GRB 081226A" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.2, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.44, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-384, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-69.016, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.65, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[9.15, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.09, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.14, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[3.26, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.06, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.45, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081226A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.7399999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.36*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.3399999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.98, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.57*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.779999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.81*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.64*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.182, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.0322, "HoursOfRightAscension"], "SNRatio" -> 10.4, "StartTimePeakPhotonFlux" -> Quantity[-0.3, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.312, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[33.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.31, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[33.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 68.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[185., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.394", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "338177", "TriggerTime" -> DateObject[{2008, 12, 26, 1, 3, 37.372000217437744}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.21, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.4799999999999994*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 081228" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[2., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[3., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-330, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[30.835, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.63, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[9.27, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[2.06, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.79, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[2.79, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.13, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.87, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081228", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.099999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.84, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.15*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1799999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.33*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.044, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.631733333333334, "HoursOfRightAscension"], "SNRatio" -> 9.2, "StartTimePeakPhotonFlux" -> Quantity[-0.13, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.309, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.284, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[33.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.999", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "338338", "TriggerTime" -> DateObject[{2008, 12, 28, 1, 17, 40.757999897003174}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.38, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.7899999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[30.8527, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.6308000000000007, "HoursOfRightAscension"]|>, "GRB 081230" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[22., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[66., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-300, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1197, "Seconds"], "Declination" -> Quantity[-25.139, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[18.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[91.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[18.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[26.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[28.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-20., "Seconds"], "EnergyFluenceStopTime" -> Quantity[66., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 081230", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.45*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.66*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.62*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.063, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.4888000000000003, "HoursOfRightAscension"], "SNRatio" -> 18.4, "StartTimePeakPhotonFlux" -> Quantity[47., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.154, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.148, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 45.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[11.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.880", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[57.77, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[99., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.4*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.3999999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.618, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.47, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[57., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.517, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[29.96, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[175., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[46.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.555, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[60., "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[66., "Seconds"], "TriggerNumber" -> "338633", "TriggerTime" -> DateObject[{2008, 12, 30, 20, 36, 12.623000144958496}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[46.32, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-25.1476, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.488746666666667, "HoursOfRightAscension"]|>, "GRB 090102" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[12.54, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[29.3, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[33.109, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[218., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[706., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[75.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[157., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[255., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-13.9, "Seconds"], "EnergyFluenceStopTime" -> Quantity[25.89, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090102", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.01*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[16.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[30.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[7.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.9799999999999994*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[6.679999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.2799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.47*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.199, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[4.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.11*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.31*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.32*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.009999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.97*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[5.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.547, "RedshiftReferences" -> {"49"}, "RightAscension" -> Quantity[8.549800000000001, "HoursOfRightAscension"], "SNRatio" -> 24.5, "StartTimePeakPhotonFlux" -> Quantity[1.68, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[3.64, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[9.67, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.074, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.075, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[179., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.300", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.29*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 7.575, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[101., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 6.238, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[101., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 76.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[612., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.825, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[16.912, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[25.888, "Seconds"], "TriggerNumber" -> "338895", "TriggerTime" -> DateObject[{2009, 1, 2, 2, 55, 44.864999771118164}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-0.64, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.999999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[11.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[33.1143, "AngularDegrees"], "XRTRightAscension" -> Quantity[8.54962, "HoursOfRightAscension"]|>, "GRB 090107A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[10.48, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[12.08, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[4.747, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[5.58, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[23.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[6.09, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[7.83, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.3, "Seconds"], "EnergyFluenceStopTime" -> Quantity[12.92, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090107A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.689999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.48*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.01*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.96*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.96*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.122, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[20.160533333333337, "HoursOfRightAscension"], "SNRatio" -> 8.8, "StartTimePeakPhotonFlux" -> Quantity[0.3, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.277, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.267, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 68.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.637", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.699999999999998*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 8.447, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[14.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 4.553, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 81.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[89.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.395, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[9.208, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[12.916, "Seconds"], "TriggerNumber" -> "339295", "TriggerTime" -> DateObject[{2009, 1, 7, 4, 48, 4.308000087738037}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[12.55, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.5699999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090111" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[13.73, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[25.17, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[0.063, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[8.81, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[66.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[18.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[21.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[17.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.88, "Seconds"], "EnergyFluenceStopTime" -> Quantity[26.04, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090111", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.012, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.03*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.0800000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.68*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.9699999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.067, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.776866666666667, "HoursOfRightAscension"], "SNRatio" -> 18.3, "StartTimePeakPhotonFlux" -> Quantity[10.71, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.166, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.158, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 47.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[24.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.284", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.6*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.563, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.456, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 59., "TimeResolvedPowerLawNormalization50keV" -> Quantity[38.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.14, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[17.144, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[26.036, "Seconds"], "TriggerNumber" -> "339696", "TriggerTime" -> DateObject[{2009, 1, 11, 23, 58, 21.70300006866455}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.87, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.81*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[0.0773, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.77835333333333, "HoursOfRightAscension"]|>, "GRB 090113" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.87, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[9.1, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[602, "Seconds"], "Declination" -> Quantity[33.437, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[20.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[77.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[10.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[19.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[26.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.92, "Seconds"], "EnergyFluenceStopTime" -> Quantity[9.95, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090113", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.6399999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.72*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.92*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.25*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.86*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.4*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[8.289999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.401, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.1378666666666666, "HoursOfRightAscension"], "SNRatio" -> 31.9, "StartTimePeakPhotonFlux" -> Quantity[1.46, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.098, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.097, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 39.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[75.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.532", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[76.83, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[516., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.88*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.34*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.631, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[16.33, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[288., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[31., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.52, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[58.53, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[869., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[29.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 74.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[263., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.981, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[8.552, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[9.952, "Seconds"], "TriggerNumber" -> "339852", "TriggerTime" -> DateObject[{2009, 1, 13, 18, 40, 39.170000076293945}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.99, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.65*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[33.4284, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.13714, "HoursOfRightAscension"]|>, "GRB 090118" -> <|"BasicComments" -> {"GRB found by the BAT slew survey process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[9.79, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[23.48, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-69, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[26, "Seconds"], "Declination" -> Quantity[18.48, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[13.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[49.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.35, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[12., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[17.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-12.45, "Seconds"], "EnergyFluenceStopTime" -> Quantity[16.32, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090118", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.61, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.54*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.023, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[3.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.45*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.41*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.123, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[3.324666666666667, "HoursOfRightAscension"], "SNRatio" -> 8., "StartTimePeakPhotonFlux" -> Quantity[-9.23, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.208, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.206, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 42.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[18., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.455", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "", "TriggerTime" -> DateObject[{2009, 1, 18, 13, 55, 17.179999828338623}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090123" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[38.24, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[110.87, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-23.509, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[72.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[290., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[43., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[74.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[99.6, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-54.74, "Seconds"], "EnergyFluenceStopTime" -> Quantity[117.93, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090123", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.6399999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[21.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.2099999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.023, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.75*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.21*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.04*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.2999999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.0199999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.141, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.45293333333333335, "HoursOfRightAscension"], "SNRatio" -> 15.7, "StartTimePeakPhotonFlux" -> Quantity[0.08, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.123, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.123, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 52.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[18., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.589", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.7999999999999994*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.255, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.25, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 60., "TimeResolvedPowerLawNormalization50keV" -> Quantity[62.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.434, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[8.532, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[117.928, "Seconds"], "TriggerNumber" -> "340895", "TriggerTime" -> DateObject[{2009, 1, 23, 7, 51, 56.3289999961853}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.62, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.65*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-23.5014, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.45241333333333345, "HoursOfRightAscension"]|>, "GRB 090129" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.05, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[17.66, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-120, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-32.793, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[45.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[221., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[41.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[62.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[70.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.21, "Seconds"], "EnergyFluenceStopTime" -> Quantity[27.01, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090129", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.1599999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.22, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.022, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.9399999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.64*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.05*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.427, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[17.940333333333335, "HoursOfRightAscension"], "SNRatio" -> 52.7, "StartTimePeakPhotonFlux" -> Quantity[1., "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.063, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.062, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 46., "TimeAveragedPowerLawNormalization50keV" -> Quantity[88.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.827", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.9299999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.542, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[22.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.445, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[22.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 70.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[303., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.286, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[17.892, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[27.008, "Seconds"], "TriggerNumber" -> "341504", "TriggerTime" -> DateObject[{2009, 1, 29, 21, 7, 15.287000179290771}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.29, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.4399999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090201" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[40.56, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[84.78, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-46.604, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[817., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[3140., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[350., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[781., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1190., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-19.92, "Seconds"], "EnergyFluenceStopTime" -> Quantity[102.64, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090201", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.59*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[50.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[77.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[23.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[22.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[35.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.039999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.04*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.9899999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.88*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.302, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[7.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.42*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.4099999999999999*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.439999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.47*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.22*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[2.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[14.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[3.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[4.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[4.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.136733333333334, "HoursOfRightAscension"], "SNRatio" -> 28.8, "StartTimePeakPhotonFlux" -> Quantity[7.6, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 33.6, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[129.01, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[437., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.171, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.04, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[20.08, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[67., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.176, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.04, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[40.19, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[82., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57., "TimeAveragedPowerLawNormalization50keV" -> Quantity[272., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.954, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.422", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[179.04, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[2570., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.4099999999999999*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.1799999999999999*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[7.299999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.04*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.303, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[49.54, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[2570., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[88., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.312, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[202.45, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[7820., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[87.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 83.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[1260., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.916, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[82.64, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[102.64, "Seconds"], "TriggerNumber" -> "341749", "TriggerTime" -> DateObject[{2009, 2, 1, 17, 47, 2.7350001335144043}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[7.82, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.0999999999999998*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[22.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-46.5904, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.136806666666667, "HoursOfRightAscension"]|>, "GRB 090205" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[3.56, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[8.8, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-27.85, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[17.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.07, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.26, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.08, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.92, "Seconds"], "EnergyFluenceStopTime" -> Quantity[6.6, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> {"S(100-150) is an upper limit."}, "Name" -> "GRB 090205", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.69*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Quantity[3.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.007, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.027, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 4.6497, "RedshiftReferences" -> {"50"}, "RightAscension" -> Quantity[14.727799999999998, "HoursOfRightAscension"], "SNRatio" -> 11.4, "StartTimePeakPhotonFlux" -> Quantity[4.08, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.46, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.57, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 61.3, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[38.53, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[219., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.129, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.219, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[7.59, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[173., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 1.506, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.207, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[10.47, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1620., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 68., "TimeAveragedPowerLawNormalization50keV" -> Quantity[23.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.381, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.000", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "342121", "TriggerTime" -> DateObject[{2009, 2, 5, 23, 3, 14.820000171661377}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[6.37, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.1599999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-27.8528, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.727413333333336, "HoursOfRightAscension"]|>, "GRB 090301A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[19.92, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[41.37, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-872, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1096, "Seconds"], "Declination" -> Quantity[26.639, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[812., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[2410., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[219., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[494., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[884., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-17.94, "Seconds"], "EnergyFluenceStopTime" -> Quantity[72.22, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090301A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[4.4299999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[19.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[35.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[10.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[13.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.21*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.61*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.1800000000000002*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.161, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.91*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.69*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4199999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.3299999999999994*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.22*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[3., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[18.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[4.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[5.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[5.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.5428, "HoursOfRightAscension"], "SNRatio" -> 65., "StartTimePeakPhotonFlux" -> Quantity[23.07, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.028, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.028, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 28.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[260., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.160", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[88.39, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[9200., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.7699999999999999*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[7.92*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.48*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.36*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.792, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[14.38, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[9200., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[111., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.064, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[32.7, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[9850., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[110., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 81.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[1740., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.761, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[43.176, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[72.224, "Seconds"], "TriggerNumber" -> "344582", "TriggerTime" -> DateObject[{2009, 3, 1, 6, 55, 55.14099979400635}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[23.51, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.1699999999999997*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[22.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090305A" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.22, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.35, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-823, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-31.572, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3.15, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[7.54, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.41, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.18, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[2.79, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.01, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.41, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090305A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.01*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.32, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.11*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.9*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.23*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.51*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.5299999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.1399999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.163, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.117600000000003, "HoursOfRightAscension"], "SNRatio" -> 9.4, "StartTimePeakPhotonFlux" -> Quantity[-0.29, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.336, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[33.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.367, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[32.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41., "TimeAveragedPowerLawNormalization50keV" -> Quantity[158., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.769", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "345127", "TriggerTime" -> DateObject[{2009, 3, 5, 5, 19, 51.03499984741211}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.27, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.1799999999999995*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.97, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090306B" -> <|"BasicComments" -> {"GRB found by the BAT slew survey process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[8.108, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[20.53, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-69, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[-3, "Seconds"], "Declination" -> Quantity[-6.96, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[93.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[327., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[39.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[76.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[116., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-57.98, "Seconds"], "EnergyFluenceStopTime" -> Quantity[-31.69, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090306B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.82*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.019999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.57*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.29*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.05*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.03*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.413333333333334, "HoursOfRightAscension"], "SNRatio" -> 20.2, "StartTimePeakPhotonFlux" -> Quantity[-50.55, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.048, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.048, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[129., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.403", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "", "TriggerTime" -> DateObject[{2009, 3, 6, 23, 8, 17.19000005722046}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090307" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[12., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[22., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-60, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[300, "Seconds"], "Declination" -> Quantity[-28.653, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[26.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.92, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[4.87, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[9.95, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-7.43, "Seconds"], "EnergyFluenceStopTime" -> Quantity[16.57, "Seconds"], "EnergyFluxComments" -> {"Pe1s(25-50) is an upper limit.", "Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090307", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.93, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[3.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.062, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(25-50) is an upper limit.", "Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.33206666666667, "HoursOfRightAscension"], "SNRatio" -> 6., "StartTimePeakPhotonFlux" -> Quantity[5.57, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.391, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.433, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[10.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.972", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "345551", "TriggerTime" -> DateObject[{2009, 3, 7, 3, 46, 37.876999855041504}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-28.6334, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.332933333333337, "HoursOfRightAscension"]|>, "GRB 090308" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[10.01, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[25.1, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1132, "Seconds"], "Declination" -> Quantity[-48.729, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.76, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[22., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.45, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[7.16, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.68, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[16.6, "Seconds"], "EnergyFluenceStopTime" -> Quantity[45.36, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090308", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.79*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.73, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.92*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[12.233600000000003, "HoursOfRightAscension"], "SNRatio" -> 8.7, "StartTimePeakPhotonFlux" -> Quantity[16.59, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.363, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.318, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[8., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.335", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "345777", "TriggerTime" -> DateObject[{2009, 3, 8, 18, 1, 23.44099998474121}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[24.62, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.44*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[0.99, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-48.8169, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.233393333333332, "HoursOfRightAscension"]|>, "GRB 090309" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[3., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-200, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[200, "Seconds"], "Declination" -> Quantity[-25.278, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.34, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[14., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[3.13, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.08, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.82, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.18, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090309", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.8899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.14*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.78*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.49*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.096, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.998933333333337, "HoursOfRightAscension"], "SNRatio" -> 9.4, "StartTimePeakPhotonFlux" -> Quantity[0.18, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.326, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.337, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41., "TimeAveragedPowerLawNormalization50keV" -> Quantity[47.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.300", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "345945", "TriggerTime" -> DateObject[{2009, 3, 9, 23, 29, 13.26200008392334}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[1.21, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.96*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-25.2612, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.99826666666667, "HoursOfRightAscension"]|>, "GRB 090313" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[38.98, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[70.66, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[8.087, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[29.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[151., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[30.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[44., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[47.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-21.26, "Seconds"], "EnergyFluenceStopTime" -> Quantity[74.81, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(50-100) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090313", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[10.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[25.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[11.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.6099999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.029, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.59*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.809999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.4199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.09*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.081, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-150) is an upper limit."}, "Redshift" -> 3.375, "RedshiftReferences" -> {"51"}, "RightAscension" -> Quantity[13.226733333333335, "HoursOfRightAscension"], "SNRatio" -> 10.2, "StartTimePeakPhotonFlux" -> Quantity[4.86, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.288, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.269, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[17.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.900", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.851, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[21.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.547, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[20., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 57.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[37.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.897, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[-20.648, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[74.808, "Seconds"], "TriggerNumber" -> "346386", "TriggerTime" -> DateObject[{2009, 3, 13, 9, 6, 27.42899990081787}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[-21.02, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.22*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[8.0971, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.226746666666667, "HoursOfRightAscension"]|>, "GRB 090401A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[25.22, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[117., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-788, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[29.763, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[272., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1120., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[172., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[293., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[379., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-11.95, "Seconds"], "EnergyFluenceStopTime" -> Quantity[165.01, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090401A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.8399999999999995*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[13.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[28., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[8.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[8.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[11.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.96*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.71*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.4899999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.049, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.7899999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.07*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.81*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.03*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.2799999999999995*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[11., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[3.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[3.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[23.39473333333333, "HoursOfRightAscension"], "SNRatio" -> 53.2, "StartTimePeakPhotonFlux" -> Quantity[122.05, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.047, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.047, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 45.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[67.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.628", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.869999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.56, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[64.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.461, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[63.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 91.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[897., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.131, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[136.068, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[165.008, "Seconds"], "TriggerNumber" -> "348128", "TriggerTime" -> DateObject[{2009, 4, 1, 0, 0, 59.377999782562256}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[122.69, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.16*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[13.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090401B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.71, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[186.51, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-8.962, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[333., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1070., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[113., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[236., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[387., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.14, "Seconds"], "EnergyFluenceStopTime" -> Quantity[326.14, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090401B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.06*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[14.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[25.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[4.03*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.15*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.27*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.197, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.72*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.38*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1499999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.7399999999999995*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.179999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[4.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[22.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[3.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[6.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[7.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.3394666666666675, "HoursOfRightAscension"], "SNRatio" -> 94.7, "StartTimePeakPhotonFlux" -> Quantity[6.49, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.046, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.046, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 63.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[33.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.288", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[311.6, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[16300., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.8599999999999996*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.61*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.53*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.41*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.305, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[94.45, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[12300., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[188., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.307, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[343.67, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[17600., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[187., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 99.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[2240., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.592, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[98.572, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[326.136, "Seconds"], "TriggerNumber" -> "348152", "TriggerTime" -> DateObject[{2009, 4, 1, 8, 35, 24.864999771118164}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[8.8, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.52*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[30.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-8.9725, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.339179999999999, "HoursOfRightAscension"]|>, "GRB 090404" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[39.54, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[82.01, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[35.517, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[42.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[312., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[86.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[100., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[83.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-35.17, "Seconds"], "EnergyFluenceStopTime" -> Quantity[94.64, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090404", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[7.82*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.41, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.013, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.7799999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.43*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.72*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.2599999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.142, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.98, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.948866666666666, "HoursOfRightAscension"], "SNRatio" -> 42., "StartTimePeakPhotonFlux" -> Quantity[17.32, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.081, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.08, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 39.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[25.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.261", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.23*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.637, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.499, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 81.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[134., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.843, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[58.948, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[94.64, "Seconds"], "TriggerNumber" -> "348428", "TriggerTime" -> DateObject[{2009, 4, 4, 15, 56, 30.44000005722046}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[21.23, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.97*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[35.516, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.949306666666669, "HoursOfRightAscension"]|>, "GRB 090407" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[183.41, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[315.44, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-12.685, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[27.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[114., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[18.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[30.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[38.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-17.69, "Seconds"], "EnergyFluenceStopTime" -> Quantity[329.37, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090407", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[20.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.3399999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.24*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.118, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[4.598666666666667, "HoursOfRightAscension"], "SNRatio" -> 9.9, "StartTimePeakPhotonFlux" -> Quantity[0.44, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.278, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.266, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 62., "TimeAveragedPowerLawNormalization50keV" -> Quantity[3.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.647", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[39.54, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1070., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.5999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 3.081, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[5.57, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1070., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 4.029, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[6.99, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[6300., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 67.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[44.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.029, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[138.056, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[329.368, "Seconds"], "TriggerNumber" -> "348650", "TriggerTime" -> DateObject[{2009, 4, 7, 10, 28, 25.632999897003174}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[13.64, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.2199999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-12.6793, "AngularDegrees"], "XRTRightAscension" -> Quantity[4.5986133333333346, "HoursOfRightAscension"]|>, "GRB 090410" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[99.21, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[165.14, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[15.421, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[204., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[585., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[49.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[116., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[216., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-49.22, "Seconds"], "EnergyFluenceStopTime" -> Quantity[139.44, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090410", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.3899999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.4999999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[16.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.61*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.609999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.13*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.9799999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.829999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.484, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[22.330533333333335, "HoursOfRightAscension"], "SNRatio" -> 13.9, "StartTimePeakPhotonFlux" -> Quantity[8.92, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.051, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.051, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 58., "TimeAveragedPowerLawNormalization50keV" -> Quantity[29.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.108", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[103.27, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[88., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.03*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.566, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[24.96, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[29., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.514, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[112.03, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[47., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 73., "TimeResolvedPowerLawNormalization50keV" -> Quantity[152., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.507, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[129.944, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[139.444, "Seconds"], "TriggerNumber" -> "348929", "TriggerTime" -> DateObject[{2009, 4, 10, 16, 57, 52.85599994659424}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[9.53, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.76*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090417A" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.03, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.07, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1066, "Seconds"], "Declination" -> Quantity[-7.146, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[2.23, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.44, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.98, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[0.72, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.08, "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090417A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.8199999999999996*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.06, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.23, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.32, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.06*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.79*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.7999999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.0499999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.082, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.332866666666667, "HoursOfRightAscension"], "SNRatio" -> 7.2, "StartTimePeakPhotonFlux" -> Quantity[-0.46, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 59.5, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[42.79, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[7170., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.53, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.36, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[15.52, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[5830., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[49.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 1.516, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.286, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[10.25, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[38200., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[47.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 71.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[157., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> 0.388, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.812", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "349447", "TriggerTime" -> DateObject[{2009, 4, 17, 13, 17, 23.79300022125244}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.01, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.809999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[7.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090417B" -> <|"BasicComments" -> {"Re-calculate the image significance using the interval determined\nby the flight software"}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[153.99, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[282.49, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[46.995, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[46.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[225., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[42.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[63.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[72.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[318.38, "Seconds"], "EnergyFluenceStopTime" -> Quantity[644.15, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090417B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.04*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.82*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> 0.345, "RedshiftReferences" -> {"52"}, "RightAscension" -> Quantity[13.979533333333332, "HoursOfRightAscension"], "SNRatio" -> 10.4, "StartTimePeakPhotonFlux" -> Quantity[409.7, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.138, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.134, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[7.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.821", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> {"battblocks failed because of the weak signal in the light curve."}, "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "349450", "TriggerTime" -> DateObject[{2009, 4, 17, 15, 20, 3.3330001831054688}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[429.95, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.28*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[47.0181, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.97962, "HoursOfRightAscension"]|>, "GRB 090418A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[31.79, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[56.31, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[33.402, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[140., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[466., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[51.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[106., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[168., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-8.28, "Seconds"], "EnergyFluenceStopTime" -> Quantity[61.11, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090418A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.82*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.4399999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.74*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.91*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.58*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.68*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.5099999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.73*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.249, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.608, "RedshiftReferences" -> {"53"}, "RightAscension" -> Quantity[17.954866666666668, "HoursOfRightAscension"], "SNRatio" -> 19., "StartTimePeakPhotonFlux" -> Quantity[0.06, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[11.4, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[19.77, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.066, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.066, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 46.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[68.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.335", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.45*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.983, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[19.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.105, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72., "TimeResolvedPowerLawNormalization50keV" -> Quantity[154., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.063, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[53.74, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[61.112, "Seconds"], "TriggerNumber" -> "349510", "TriggerTime" -> DateObject[{2009, 4, 18, 11, 7, 40.22599983215332}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-0.22, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.53*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[33.4061, "AngularDegrees"], "XRTRightAscension" -> Quantity[17.954226666666667, "HoursOfRightAscension"]|>, "GRB 090418B" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the BAT slew survey process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Quantity[-69, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[51, "Seconds"], "Declination" -> Quantity[17.22, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[387., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1670., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[275., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[450., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[558., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-61.35, "Seconds"], "EnergyFluenceStopTime" -> Quantity[50.65, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090418B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[27.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[9.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[9.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.27*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.41*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[9.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.113, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.9*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.85*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.0399999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.9699999999999996*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.975, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[10.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[3., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[3.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.060666666666668, "HoursOfRightAscension"], "SNRatio" -> 41.8, "StartTimePeakPhotonFlux" -> Quantity[-45.85, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.032, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.032, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 42., "TimeAveragedPowerLawNormalization50keV" -> Quantity[161., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.688", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "", "TriggerTime" -> DateObject[{2009, 4, 18, 9, 0, 21.179999828338623}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090419" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[309.33, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[460.67, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-75.62, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[80.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[270., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[30.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[61.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[96.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.97, "Seconds"], "EnergyFluenceStopTime" -> Quantity[522.78, "Seconds"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090419", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[13.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[25.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.65, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[13.1344, "HoursOfRightAscension"], "SNRatio" -> 10.9, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.156, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.157, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[5.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.355", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.396, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.446, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 60.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[18.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.794, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[322.984, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[522.78, "Seconds"], "TriggerNumber" -> "349592", "TriggerTime" -> DateObject[{2009, 4, 19, 13, 43, 31.3270001411438}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[315.17, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.44*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-75.6057, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.12858, "HoursOfRightAscension"]|>, "GRB 090422" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[7.48, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[8.47, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[40.397, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[5.54, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[23.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.87, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[6.36, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[7.95, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.39, "Seconds"], "EnergyFluenceStopTime" -> Quantity[8.5, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090422", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.61*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.3799999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.4099999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.5099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.1399999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.1199999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.223, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.649600000000003, "HoursOfRightAscension"], "SNRatio" -> 12.3, "StartTimePeakPhotonFlux" -> Quantity[-0.37, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.294, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.283, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[28.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.679", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.34*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 11.681, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[14., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.319, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[13.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 76.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[136., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> 1.681, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[7.152, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[8.496, "Seconds"], "TriggerNumber" -> "349931", "TriggerTime" -> DateObject[{2009, 4, 22, 3, 35, 16.763999938964844}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.09, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[40.3844, "AngularDegrees"], "XRTRightAscension" -> Quantity[19.64998666666667, "HoursOfRightAscension"]|>, "GRB 090423" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.84, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[9.77, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[18.166, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[7.84, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[62.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[11.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[21.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[22., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.67, "Seconds"], "EnergyFluenceStopTime" -> Quantity[11.74, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090423", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[5.11*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.65, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.014, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.01*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.2399999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.9299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.27*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.2199999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.154, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 8.23, "RedshiftReferences" -> {"54"}, "RightAscension" -> Quantity[9.926, "HoursOfRightAscension"], "SNRatio" -> 27.9, "StartTimePeakPhotonFlux" -> Quantity[3.62, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.6, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.53, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 45.1, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[53.24, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[221., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.442, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.093, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[5.84, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[92., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.497, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.091, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[9.47, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[190., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 63.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[60., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.766, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.808", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 61.2, "TimeResolvedCutoffPowerLawEPeak" -> Quantity[65.43, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[435., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.1199999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.05*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 1.03, "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.189, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.82, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[314., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 1.302, "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.183, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[37.65, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1780., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[9., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 70.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[121., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> 0.011, "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.67, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[4.784, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[11.74, "Seconds"], "TriggerNumber" -> "350184", "TriggerTime" -> DateObject[{2009, 4, 23, 7, 55, 19.348999977111816}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.71, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.38*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[18.1493, "AngularDegrees"], "XRTRightAscension" -> Quantity[9.925893333333335, "HoursOfRightAscension"]|>, "GRB 090424" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[3.37, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[49.47, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[16.829, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[544., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[2180., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[284., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[562., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[792., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.74, "Seconds"], "EnergyFluenceStopTime" -> Quantity[102.52, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090424", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.28*^-9, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4599999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[26.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[43.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[13., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[19.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.08*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.5499999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.869999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.536, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[12.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.68*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.8*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.69*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.34*^-9, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.2199999999999998*^-9, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[8.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[69.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[18.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[23.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[19.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.544, "RedshiftReferences" -> {"55"}, "RightAscension" -> Quantity[12.635400000000002, "HoursOfRightAscension"], "SNRatio" -> 39.2, "StartTimePeakPhotonFlux" -> Quantity[-0.1, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[1.86, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[2.68, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 43.6, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[153.19, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[302., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.137, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.034, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[31.69, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[38., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.143, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.034, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[81.58, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[45., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[227., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.243, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.532", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[187.03, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[361000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.5299999999999996*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[6.41*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.35*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.1499999999999996*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[49.98, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[361000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[328., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[202.97, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[154000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[328., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[6010., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[62.532, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[102.52, "Seconds"], "TriggerNumber" -> "350311", "TriggerTime" -> DateObject[{2009, 4, 24, 14, 12, 9.329999923706055}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.65, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.64*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[85.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[16.8377, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.634746666666665, "HoursOfRightAscension"]|>, "GRB 090426" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.44, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[1.24, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[32.98, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3.77, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[18.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.53, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[5.27, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[5.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.03, "Seconds"], "EnergyFluenceStopTime" -> Quantity[1.34, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090426", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.98*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.08, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.65, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.12, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.37*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.5699999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.72*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.309999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.1699999999999993*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.178, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.609, "RedshiftReferences" -> {"56"}, "RightAscension" -> Quantity[12.605533333333334, "HoursOfRightAscension"], "SNRatio" -> 14.1, "StartTimePeakPhotonFlux" -> Quantity[-0.03, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.14, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[0.41, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.218, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[21.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.207, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[20.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[146., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.837", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.93*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.432, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[31.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.373, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[31.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 68.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[208., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.693, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.592, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[1.34, "Seconds"], "TriggerNumber" -> "350479", "TriggerTime" -> DateObject[{2009, 4, 26, 12, 48, 47.21199989318848}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.44, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.62*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[32.9859, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.605006666666664, "HoursOfRightAscension"]|>, "GRB 090429A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[78., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[184., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-61, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[751, "Seconds"], "Declination" -> Quantity[-52.393, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[28.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[109., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[14.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[27.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[37.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-13.58, "Seconds"], "EnergyFluenceStopTime" -> Quantity[203.42, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090429A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.64*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.26, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1499999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.6699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.9699999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.82*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.085, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.037866666666668, "HoursOfRightAscension"], "SNRatio" -> 14.3, "StartTimePeakPhotonFlux" -> Quantity[-0.58, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.221, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.218, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[5.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.518", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.5*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.605, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.515, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65., "TimeResolvedPowerLawNormalization50keV" -> Quantity[44.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.168, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[19.424, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[203.424, "Seconds"], "TriggerNumber" -> "350853", "TriggerTime" -> DateObject[{2009, 4, 29, 4, 53, 39.876999855041504}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-6.79, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.5*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-52.3876, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.0369866666666665, "HoursOfRightAscension"]|>, "GRB 090429B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[2.46, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[5.61, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1130, "Seconds"], "Declination" -> Quantity[32.171, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2.83, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[32.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[6.59, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[12.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[11., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-4.46, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.48, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090429B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[3.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.14, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.46*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.34*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.03*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.6899999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.5099999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.75*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.071, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[14.044933333333336, "HoursOfRightAscension"], "SNRatio" -> 22.7, "StartTimePeakPhotonFlux" -> Quantity[-0.28, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 47.2, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[45.31, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[346., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.675, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.13, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[5.44, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[202., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.805, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.126, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[8.37, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[661., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[58.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.538, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.891", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[29.38, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[2330., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.2*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.513, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[5.59, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[2330., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[14.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.447, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[5.76, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[63700., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 67.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[129., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.674, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.712, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[2.476, "Seconds"], "TriggerNumber" -> "350854", "TriggerTime" -> DateObject[{2009, 4, 29, 5, 30, 3.364999771118164}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[-0.14, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[32.175, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.044413333333335, "HoursOfRightAscension"]|>, "GRB 090509" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[239.54, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[336.38, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-28.384, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[76.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[331., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[54.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[89.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[110., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-62.4, "Seconds"], "EnergyFluenceStopTime" -> Quantity[298.7, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090509", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[18.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[40.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[10.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[10.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[17., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.4999999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.22*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.4099999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.81*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.3600000000000003*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.182, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.09473333333333, "HoursOfRightAscension"], "SNRatio" -> 10.3, "StartTimePeakPhotonFlux" -> Quantity[20.73, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.208, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.206, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 61.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[9.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.695", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.199999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.82, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.062, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 77.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[95.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.328, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[240.92, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[298.696, "Seconds"], "TriggerNumber" -> "351525", "TriggerTime" -> DateObject[{2009, 5, 9, 5, 10, 3.5939998626708984}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit.", "Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[4.27, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.839999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090510" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[2.1, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[5.66, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-26.601, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[22.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[61.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.94, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[11.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[22.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.13, "Seconds"], "EnergyFluenceStopTime" -> Quantity[6.22, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090510", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.34*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.18*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.29*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.1299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.9699999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.159, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[6.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.6899999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.32*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.79*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.45*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.6*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.855, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[4.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.903, "RedshiftReferences" -> {"57"}, "RightAscension" -> Quantity[22.238, "HoursOfRightAscension"], "SNRatio" -> 11.6, "StartTimePeakPhotonFlux" -> Quantity[-0.32, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.13, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[0.16, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.259, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[13.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.274, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[13.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 52.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[91.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.062", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.6499999999999999*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[3.19*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.778, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[257., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.776, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[256., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[1480., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.874, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.384, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[6.224, "Seconds"], "TriggerNumber" -> "351588", "TriggerTime" -> DateObject[{2009, 5, 10, 0, 23, 0.4869999885559082}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.01, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.8599999999999996*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[26.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-26.5829, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.236833333333337, "HoursOfRightAscension"]|>, "GRB 090515" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[0.02, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.04, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-840, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[14.466, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[0.63, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[2.23, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.27, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.53, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[0.79, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.01, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.06, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090515", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.3499999999999996*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[0.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.09, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2399999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.016, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.77*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.051, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[10.944266666666666, "HoursOfRightAscension"], "SNRatio" -> 11., "StartTimePeakPhotonFlux" -> Quantity[-0.47, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.238, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[78.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.233, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[78.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[482., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.409", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.53*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.91*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[181., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[180., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[967., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.024, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[0.056, "Seconds"], "TriggerNumber" -> "352108", "TriggerTime" -> DateObject[{2009, 5, 15, 4, 45, 9.525000095367432}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.01, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.19*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[11.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[14.4417, "AngularDegrees"], "XRTRightAscension" -> Quantity[10.943386666666667, "HoursOfRightAscension"]|>, "GRB 090516" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[80., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[208., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-11.853, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[228., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[917., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[137., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[238., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[314., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.52, "Seconds"], "EnergyFluenceStopTime" -> Quantity[288.48, "Seconds"], "EnergyFluxComments" -> {"Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090516", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.59*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[33.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[68.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[16.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[16.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[28.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.81*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[6.39*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.142, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.2999999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.28*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.82*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.99*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.9*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.168, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 4.109, "RedshiftReferences" -> {"58"}, "RightAscension" -> Quantity[9.216800000000001, "HoursOfRightAscension"], "SNRatio" -> 14., "StartTimePeakPhotonFlux" -> Quantity[7.98, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[13.94, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[38.65, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.124, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.123, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[32.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.598", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[28.04, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1310., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.416, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[10.13, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1310., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[17.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.473, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[6.97, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[8830., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[16.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[116., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.08, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[208.48, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[288.48, "Seconds"], "TriggerNumber" -> "352190", "TriggerTime" -> DateObject[{2009, 5, 16, 8, 27, 50.77400016784668}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[91., "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-11.8545, "AngularDegrees"], "XRTRightAscension" -> Quantity[9.217373333333335, "HoursOfRightAscension"]|>, "GRB 090518" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[39.94, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[85.82, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-119, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[0.78, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[17.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[65.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.13, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[16.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[22.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.48, "Seconds"], "EnergyFluenceStopTime" -> Quantity[93.33, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090518", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.34*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.51, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.68*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.86*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.8*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.4199999999999993*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.248, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[7.996533333333334, "HoursOfRightAscension"], "SNRatio" -> 18.8, "StartTimePeakPhotonFlux" -> Quantity[-0.07, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.267, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.263, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 61.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[7.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.532", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.76*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[14.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[185., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[93.264, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[93.328, "Seconds"], "TriggerNumber" -> "352420", "TriggerTime" -> DateObject[{2009, 5, 18, 1, 54, 44.27299976348877}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.77, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.31*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[0.7592, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.996953333333336, "HoursOfRightAscension"]|>, "GRB 090519" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[26.1, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[58.26, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[0.185, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[47.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[118., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.21, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[19.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[43.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-12.4, "Seconds"], "EnergyFluenceStopTime" -> Quantity[54.18, "Seconds"], "EnergyFluxComments" -> {"Pe1s(25-50) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090519", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.29*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.031, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.88*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.4399999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.175, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.57, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.06, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(25-50) is an upper limit."}, "Redshift" -> 3.85, "RedshiftReferences" -> {"59"}, "RightAscension" -> Quantity[9.4872, "HoursOfRightAscension"], "SNRatio" -> 11.6, "StartTimePeakPhotonFlux" -> Quantity[-10.4, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[9.9, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[16.49, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.198, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.209, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 64.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[15.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.853", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.4999999999999995*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.374, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.397, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 60.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[28.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.648, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[7.836, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[54.176, "Seconds"], "TriggerNumber" -> "352648", "TriggerTime" -> DateObject[{2009, 5, 19, 21, 8, 56.42799997329712}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[-10.92, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.35*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[0.1802, "AngularDegrees"], "XRTRightAscension" -> Quantity[9.485253333333333, "HoursOfRightAscension"]|>, "GRB 090520" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[24., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[43.2, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-2, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[7, "Seconds"], "Declination" -> Quantity[-8., "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 090520", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.7746666666666667, "HoursOfRightAscension"], "SNRatio" -> 7., "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "352671", "TriggerTime" -> DateObject[{2009, 5, 20, 1, 37, 16.716000080108643}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090529A" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available.", "T90 and T50 are lower limit."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> {Quantity[32, "Seconds"], Quantity[Infinity, "Seconds"]}, "BurstDuration5To95PercentOfFluence" -> {Quantity[70, "Seconds"], Quantity[Infinity, "Seconds"]}, "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[24.454, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 090529A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> 2.625, "RedshiftReferences" -> {"60"}, "RightAscension" -> Quantity[14.163066666666667, "HoursOfRightAscension"], "SNRatio" -> 11.8, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[11.69, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[19.57, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.321, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.291, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[19.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.954, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[-0.684, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[39.3, "Seconds"], "TriggerNumber" -> "353540", "TriggerTime" -> DateObject[{2009, 5, 29, 14, 12, 35.217000007629395}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[24.4591, "AngularDegrees"], "XRTRightAscension" -> Quantity[14.164566666666666, "HoursOfRightAscension"]|>, "GRB 090530" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[25.34, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[40.46, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-883, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[723, "Seconds"], "Declination" -> Quantity[26.598, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[28., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[109., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[27.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[37.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.19, "Seconds"], "EnergyFluenceStopTime" -> Quantity[48.42, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090530", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.8899999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.21, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.32*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.5199999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.82, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.66*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.7799999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.849999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.63*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.422, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.960200000000002, "HoursOfRightAscension"], "SNRatio" -> 20., "StartTimePeakPhotonFlux" -> Quantity[-0.02, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.152, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.15, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[23.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.561", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[68.16, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[629., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.4899999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[8.199999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.293, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[12.16, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[629., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[18.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.274, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[35.51, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[2250., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[250., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.273, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[3.68, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[48.42, "Seconds"], "TriggerNumber" -> "353567", "TriggerTime" -> DateObject[{2009, 5, 30, 3, 18, 18.383999824523926}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.24, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.02*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[26.5935, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.961226666666667, "HoursOfRightAscension"]|>, "GRB 090531A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[15., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[42.8, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-487, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[603, "Seconds"], "Declination" -> Quantity[7.83, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[30.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[154., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[21.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[44.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[57.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-25.54, "Seconds"], "EnergyFluenceStopTime" -> Quantity[34.61, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090531A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.22*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.92, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.61, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4699999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.6999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.71*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.01*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.25*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.03*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.187, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[11.910933333333332, "HoursOfRightAscension"], "SNRatio" -> 27.6, "StartTimePeakPhotonFlux" -> Quantity[9.29, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 66.1, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[78.65, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[63., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.402, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.095, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[15.59, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[24., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.446, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.095, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[53.28, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[44., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 73.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[29.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.94, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.578", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[73.76, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[229., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.699999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.7999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.421, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[15.5, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[148., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.438, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[58.22, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[659., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 87.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[97.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.165, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[18.496, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[34.608, "Seconds"], "TriggerNumber" -> "353627", "TriggerTime" -> DateObject[{2009, 5, 31, 1, 45, 17.388999938964844}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.27, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.0199999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090531B" -> <|"BasicComments" -> {"Short duration GRB with an extended emission."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[35.96, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[55., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-709, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-36.037, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[16.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[61.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[8.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[15.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[21.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.25, "Seconds"], "EnergyFluenceStopTime" -> Quantity[56.13, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090531B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.77, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.5299999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.023, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.68*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1799999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.0199999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.21*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.322, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.75, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[16.8034, "HoursOfRightAscension"], "SNRatio" -> 15.1, "StartTimePeakPhotonFlux" -> Quantity[0.25, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.215, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.214, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[11.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.516", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.61*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.487, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.442, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[148., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.992, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[55.336, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[56.132, "Seconds"], "TriggerNumber" -> "353728", "TriggerTime" -> DateObject[{2009, 5, 31, 18, 35, 56.1710000038147}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.29, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090607" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.85, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[2.29, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-60, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[303, "Seconds"], "Declination" -> Quantity[44.106, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3.87, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[11.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1.03, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.34, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[4.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.06, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.49, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090607", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.91, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.32, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.9, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.9699999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.91*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.1600000000000002*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.68, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[12.746066666666668, "HoursOfRightAscension"], "SNRatio" -> 12.5, "StartTimePeakPhotonFlux" -> Quantity[-0.01, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.294, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.303, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 71.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[45.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.155", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.67*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.7999999999999996*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 2.447, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[37.3, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.071, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[36.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 68., "TimeResolvedPowerLawNormalization50keV" -> Quantity[164., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.582, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[1.996, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[2.488, "Seconds"], "TriggerNumber" -> "354299", "TriggerTime" -> DateObject[{2009, 6, 7, 5, 30, 17.401000022888184}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pene20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.06, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.92*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[1.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090618" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[28.06, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[113.34, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-373, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[78.352, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[2770., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[10900., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[1600., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2800., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[3760., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5., "Seconds"], "EnergyFluenceStopTime" -> Quantity[213.64, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090618", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[4.1899999999999995*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[39.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[118., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[41.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[45.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[37.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.71*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.179999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.2099999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.1299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.183, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.949999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.0999999999999996*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.35*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.229999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.15*^-9, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[4.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[38., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[10.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[12.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[10.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.54, "RedshiftReferences" -> {"61"}, "RightAscension" -> Quantity[19.600533333333335, "HoursOfRightAscension"], "SNRatio" -> 93.6, "StartTimePeakPhotonFlux" -> Quantity[65.38, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[13.94, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[66.16, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.019, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.019, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 27.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[533., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.578", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[322.63, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[3510., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.1299999999999997*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.81*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[7.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.344, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[105.65, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[458., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[68.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.366, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[482.38, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[628., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[68.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 79.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[3170., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.674, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[175.656, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[213.636, "Seconds"], "TriggerNumber" -> "355083", "TriggerTime" -> DateObject[{2009, 6, 18, 8, 28, 29.85099983215332}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[61.94, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.9299999999999995*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[43.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[78.357, "AngularDegrees"], "XRTRightAscension" -> Quantity[19.599553333333333, "HoursOfRightAscension"]|>, "GRB 090621A" -> <|"BasicComments" -> {"The event data of the part of the burst emission are not available."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[243, "Seconds"], "Declination" -> Quantity[61.939, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> {"The event data of the part of the burst emission are not available."}, "FluencesComments" -> {"The event data of the part of the burst emission are not available."}, "Name" -> "GRB 090621A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> {"The event data of the part of the burst emission are not available."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.7323333333333333, "HoursOfRightAscension"], "SNRatio" -> 14.1, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> {"The event data of the part of the burst emission are not available."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.52*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 2.22, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.994, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 75.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[164., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.313, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[238.824, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[241.748, "Seconds"], "TriggerNumber" -> "355303", "TriggerTime" -> DateObject[{2009, 6, 21, 4, 22, 43.15500020980835}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"The event data of the part of the burst emission are not available."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[61.9411, "AngularDegrees"], "XRTRightAscension" -> Quantity[0.7347666666666667, "HoursOfRightAscension"]|>, "GRB 090621B" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.04, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.14, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[69.03, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[3.18, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[7.32, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.36, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[1.09, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[2.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.03, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.14, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090621B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.9299999999999997*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.19, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.0999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.5299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.839999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.5299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.128, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[20.897333333333336, "HoursOfRightAscension"], "SNRatio" -> 13.7, "StartTimePeakPhotonFlux" -> Quantity[-0.44, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.231, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[47., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.244, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[46.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 40.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[346., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.684", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.949999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.61*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.584, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[122., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.597, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[116., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 80.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[586., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.263, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.076, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[0.144, "Seconds"], "TriggerNumber" -> "355359", "TriggerTime" -> DateObject[{2009, 6, 21, 22, 7, 25.64900016784668}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.04, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.01*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[7.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[69.0286, "AngularDegrees"], "XRTRightAscension" -> Quantity[20.898086666666668, "HoursOfRightAscension"]|>, "GRB 090628" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[8.8, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[24.95, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1130, "Seconds"], "Declination" -> Quantity[-15.971, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[29.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[90.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[8.88, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[19.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[33., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-24.9, "Seconds"], "EnergyFluenceStopTime" -> Quantity[20.1, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090628", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.2699999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.6699999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.2599999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.13*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.36*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.65*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.0199999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.166, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.802466666666666, "HoursOfRightAscension"], "SNRatio" -> 14.3, "StartTimePeakPhotonFlux" -> Quantity[0.1, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.2, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.206, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 37.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[20., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.227", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.199999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.653, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[7.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.863, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[7.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 46.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[84.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.502, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[4.104, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[20.104, "Seconds"], "TriggerNumber" -> "355942", "TriggerTime" -> DateObject[{2009, 6, 28, 21, 20, 12.02899980545044}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.89, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.7399999999999995*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-15.9849, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.803526666666667, "HoursOfRightAscension"]|>, "GRB 090708" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.06, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[8.7, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[26.612, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[10., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[50.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.78, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[14.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.17, "Seconds"], "EnergyFluenceStopTime" -> Quantity[9.55, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090708", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.05*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[7.13, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.71, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.27*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.359999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.72*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.4599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.6*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.081, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[10.309, "HoursOfRightAscension"], "SNRatio" -> 14.4, "StartTimePeakPhotonFlux" -> Quantity[3.37, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.219, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.208, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[58.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.864", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "356776", "TriggerTime" -> DateObject[{2009, 7, 8, 3, 38, 15.267000198364258}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[5.7, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.2*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090709A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[31.1, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[88.73, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[505, "Seconds"], "Declination" -> Quantity[60.728, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[829., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[2530., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[244., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[535., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[925., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-67.3, "Seconds"], "EnergyFluenceStopTime" -> Quantity[101.47, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090709A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.2399999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[17.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[32.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[9.89, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[12.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.27*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.97*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.2299999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.111, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.47*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.159999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.179999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.3999999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.7899999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[7.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[19.329666666666668, "HoursOfRightAscension"], "SNRatio" -> 56.7, "StartTimePeakPhotonFlux" -> Quantity[21.83, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.025, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.025, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 39.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[148., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.209", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[222.31, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[636., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.369999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.729999999999999*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.35, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[64.78, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[151., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[42.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.323, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[254.8, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[222., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[42.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 79.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[685., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.925, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[93.62, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[101.472, "Seconds"], "TriggerNumber" -> "356890", "TriggerTime" -> DateObject[{2009, 7, 9, 7, 38, 34.592000007629395}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[22.25, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.16*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[11.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[60.7276, "AngularDegrees"], "XRTRightAscension" -> Quantity[19.328446666666668, "HoursOfRightAscension"]|>, "GRB 090709B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.18, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[27.02, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[64.074, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[41., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[147., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[18.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[35.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[52., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.41, "Seconds"], "EnergyFluenceStopTime" -> Quantity[27.76, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090709B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.14*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.13, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[16.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.82, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.5699999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.21*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.038, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.5599999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.8399999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.06*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.1799999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.64*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.283, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.73, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.233733333333334, "HoursOfRightAscension"], "SNRatio" -> 15.1, "StartTimePeakPhotonFlux" -> Quantity[0.98, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.172, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.171, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 45.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[46.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.449", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[49.99, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1210., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.59*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[5.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.8*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.595, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[8.56, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1210., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[16.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.763, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[18.1, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[14400., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[16.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 61.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[154., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.356, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[8.208, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[27.76, "Seconds"], "TriggerNumber" -> "356912", "TriggerTime" -> DateObject[{2009, 7, 9, 15, 7, 42.879000186920166}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[4.18, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.96*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090712" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[48.72, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[186.68, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-654, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[22.525, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[115., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[388., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[44.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[89.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[139., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-112.9, "Seconds"], "EnergyFluenceStopTime" -> Quantity[159.75, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090712", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.29*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[14.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[26.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.6499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.0299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[6.869999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.4599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.103, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.28, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[4.672933333333333, "HoursOfRightAscension"], "SNRatio" -> 15.7, "StartTimePeakPhotonFlux" -> Quantity[-6.1, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.112, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.112, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[14.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.364", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.2*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.333, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.322, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[51., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.15, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[39.804, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[159.752, "Seconds"], "TriggerNumber" -> "357072", "TriggerTime" -> DateObject[{2009, 7, 12, 3, 51, 5.176000118255615}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.27, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.0799999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090715A" -> <|"BasicComments" -> {"Short duration GRB with an extended emission."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[48., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[64., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[10.005, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[34., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[95.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[7.64, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[18.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[35.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.06, "Seconds"], "EnergyFluenceStopTime" -> Quantity[48.94, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit.", "Pe1s(15-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090715A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[4.36*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[21.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.121, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[3.85, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.62*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.82*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.7499999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.666, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[10.141000000000002, "HoursOfRightAscension"], "SNRatio" -> 7.6, "StartTimePeakPhotonFlux" -> Quantity[-0.3, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.421, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.476, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[14.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.062", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "357498", "TriggerTime" -> DateObject[{2009, 7, 15, 17, 25, 39.15000009536743}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.04, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[9.399999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[11.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090715B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[64.08, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[265.39, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[44.838, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[143., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[567., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[83.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[146., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[195., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-11.65, "Seconds"], "EnergyFluenceStopTime" -> Quantity[292.31, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090715B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.4099999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[10.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[20.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.022, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.77*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.11*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.24*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.839999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.13*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.496, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.99, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 3., "RedshiftReferences" -> {"62"}, "RightAscension" -> Quantity[16.75586666666667, "HoursOfRightAscension"], "SNRatio" -> 64.4, "StartTimePeakPhotonFlux" -> Quantity[6.46, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[15.3, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[60.88, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.065, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.065, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[19.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.582", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.9299999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Quantity[290., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[254.68, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[292.312, "Seconds"], "TriggerNumber" -> "357512", "TriggerTime" -> DateObject[{2009, 7, 15, 21, 3, 14.638000011444092}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[7.38, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.76*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[44.8389, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.755973333333337, "HoursOfRightAscension"]|>, "GRB 090720A" -> <|"BasicComments" -> {"GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Quantity[3., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-3, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[7, "Seconds"], "Declination" -> Quantity[-10.339, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[27.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[88.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.23, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[19.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[32., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[3., "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090720A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.32*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[19.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[6.83*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.44*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.4199999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.009, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.61, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.9999999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.5899999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.88*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.099999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.022, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.81, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[13.580133333333333, "HoursOfRightAscension"], "SNRatio" -> 7.9, "StartTimePeakPhotonFlux" -> Quantity[0.92, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.332, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[63.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.34, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[63.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 73.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[296., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.278", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "357811", "TriggerTime" -> DateObject[{2009, 7, 20, 6, 38, 7.426000118255615}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-10.3349, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.578680000000002, "HoursOfRightAscension"]|>, "GRB 090726" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[20.32, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[56.68, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[72.865, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[78.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[22.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[25.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[20.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-18.19, "Seconds"], "EnergyFluenceStopTime" -> Quantity[47.24, "Seconds"], "EnergyFluxComments" -> {"Pe1s(100-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090726", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.4099999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.7000000000000002*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.96, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[8.87, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.65, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.03*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.0899999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.1299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.12*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.026, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(100-150) is an upper limit."}, "Redshift" -> 2.71, "RedshiftReferences" -> {"63"}, "RightAscension" -> Quantity[16.57786666666667, "HoursOfRightAscension"], "SNRatio" -> 15.5, "StartTimePeakPhotonFlux" -> Quantity[7.66, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[8.63, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[17.25, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.196, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.184, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[12.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.288", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[40.29, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[133., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.2*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 2.502, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[8.25, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[133., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.146, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[10.08, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[385., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 60.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[35., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.006, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[11.952, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[47.244, "Seconds"], "TriggerNumber" -> "358422", "TriggerTime" -> DateObject[{2009, 7, 26, 22, 42, 27.758999824523926}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[16.46, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.76*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.74, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[72.8842, "AngularDegrees"], "XRTRightAscension" -> Quantity[16.578686666666666, "HoursOfRightAscension"]|>, "GRB 090727" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[244.86, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[301.87, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[64.938, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[45.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[142., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[14.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[30.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[51.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.34, "Seconds"], "EnergyFluenceStopTime" -> Quantity[318.88, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090727", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.71*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[21.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.44, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4399999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.4199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.429999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.61*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.072, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[21.06146666666667, "HoursOfRightAscension"], "SNRatio" -> 9.7, "StartTimePeakPhotonFlux" -> Quantity[0.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.238, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.239, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[4.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.239", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.6*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.807, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.882, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 68.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[24.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.04, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[216.944, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[318.884, "Seconds"], "TriggerNumber" -> "358520", "TriggerTime" -> DateObject[{2009, 7, 27, 22, 42, 18.027999877929688}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[84.44, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.63*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[64.9249, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.064046666666666, "HoursOfRightAscension"]|>, "GRB 090728" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[16., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[64., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[41.636, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[20.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[109., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[22.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[32.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[33.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.91, "Seconds"], "EnergyFluenceStopTime" -> Quantity[64.09, "Seconds"], "EnergyFluxComments" -> {"Pe1s(15-25) is an upper limit.", "Pe1s(25-50) is an upper limit.", "Pe1s(50-100) is an upper limit.", "Pe1s(100-150) is an upper limit.", "Pe1s(15-150) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090728", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.2499999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Quantity[6.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.57, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.35, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.97, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.1499999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.03*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(15-25) is an upper limit.", "Pph1s(25-50) is an upper limit.", "Pph1s(50-100) is an upper limit.", "Pph1s(100-150) is an upper limit.", "Pph1s(15-150) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.9760666666666666, "HoursOfRightAscension"], "SNRatio" -> 11.6, "StartTimePeakPhotonFlux" -> Quantity[7.59, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.26, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.244, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[14.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.924", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.2*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.826, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.624, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 55., "TimeResolvedPowerLawNormalization50keV" -> Quantity[34.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.322, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[16.088, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[64.088, "Seconds"], "TriggerNumber" -> "358574", "TriggerTime" -> DateObject[{2009, 7, 28, 14, 45, 45.96199989318848}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[10.16, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.88*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[41.6332, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.9768599999999998, "HoursOfRightAscension"]|>, "GRB 090807A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[69.62, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[146.36, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[10.28, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[30.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[218., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[58.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[69.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[59.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-9.45, "Seconds"], "EnergyFluenceStopTime" -> Quantity[151.49, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090807A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[17.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.75, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.6799999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.35*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.48*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.048, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.24, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.249333333333336, "HoursOfRightAscension"], "SNRatio" -> 12.9, "StartTimePeakPhotonFlux" -> Quantity[41.95, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.146, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.14, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 77.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[14.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.221", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[33.59, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[123., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.1*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.363, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.66, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[123., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.327, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[6.54, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[556., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 72.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[22.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -2.149, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[132.336, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[151.488, "Seconds"], "TriggerNumber" -> "359378", "TriggerTime" -> DateObject[{2009, 8, 7, 15, 0, 27.021999835968018}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.17, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.75*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[10.2659, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.24958666666667, "HoursOfRightAscension"]|>, "GRB 090809A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[3.01, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[7.84, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-0.096, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[10.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[36.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.15, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[8.36, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[13.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.71, "Seconds"], "EnergyFluenceStopTime" -> Quantity[9.26, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090809A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.1099999999999999*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.5999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[3.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[6.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.07, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.47, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.01*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.92*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.023, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.5199999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[8.63*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.0099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.08*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.128, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.737, "RedshiftReferences" -> {"64"}, "RightAscension" -> Quantity[21.9118, "HoursOfRightAscension"], "SNRatio" -> 10.2, "StartTimePeakPhotonFlux" -> Quantity[2.26, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.87, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.68, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.254, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.258, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[37.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.349", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "359530", "TriggerTime" -> DateObject[{2009, 8, 9, 17, 31, 14.504000186920166}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.36, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.11*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-0.0836, "AngularDegrees"], "XRTRightAscension" -> Quantity[21.912006666666667, "HoursOfRightAscension"]|>, "GRB 090812" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[24.28, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[75.09, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-10.61, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[187., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[573., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[55.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[122., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[209., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-5.44, "Seconds"], "EnergyFluenceStopTime" -> Quantity[113.88, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090812", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.66*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.95, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.1699999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.033, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.3999999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.5299999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.1899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.95*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.3099999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.56, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.452, "RedshiftReferences" -> {"65"}, "RightAscension" -> Quantity[23.546733333333332, "HoursOfRightAscension"], "SNRatio" -> 47., "StartTimePeakPhotonFlux" -> Quantity[26.82, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[7.97, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[55.64, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.05, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.05, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 51.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[47.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.218", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.2799999999999995*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.449, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[18.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.41, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[18.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 76., "TimeResolvedPowerLawNormalization50keV" -> Quantity[294., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.878, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[67.148, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[113.884, "Seconds"], "TriggerNumber" -> "359711", "TriggerTime" -> DateObject[{2009, 8, 12, 6, 2, 8.896999835968018}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[27.18, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.35*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-10.6049, "AngularDegrees"], "XRTRightAscension" -> Quantity[23.546826666666668, "HoursOfRightAscension"]|>, "GRB 090813" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[5.96, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[7.14, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[88.572, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[30.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[133., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[22., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[35.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[44.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.8, "Seconds"], "EnergyFluenceStopTime" -> Quantity[7.32, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090813", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[4.57*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[8.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.34, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.5899999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.0499999999999994*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.0299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.131, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[4.47, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.1*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.009999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[7.97*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.6*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[2.5199999999999996*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[8.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[2.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[2.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[2.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.006400000000003, "HoursOfRightAscension"], "SNRatio" -> 20.7, "StartTimePeakPhotonFlux" -> Quantity[-0.04, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.118, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.116, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 55.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[176., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.699", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[9.57*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.312, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[94.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 1.371, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[94.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 77.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[914., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.094, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[5.932, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[7.324, "Seconds"], "TriggerNumber" -> "359884", "TriggerTime" -> DateObject[{2009, 8, 13, 4, 10, 43.15399980545044}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.66, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.38*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[16.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[88.5678, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.051933333333332, "HoursOfRightAscension"]|>, "GRB 090814A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[41.34, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[78.22, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-548, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[25.586, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[26., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[127., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[24.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[36.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[40.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-14.72, "Seconds"], "EnergyFluenceStopTime" -> Quantity[72.78, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090814A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.3*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.78, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.81*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.28*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[5.4000000000000004*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.02*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.061, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.696, "RedshiftReferences" -> {"66"}, "RightAscension" -> Quantity[15.973733333333334, "HoursOfRightAscension"], "SNRatio" -> 10.7, "StartTimePeakPhotonFlux" -> Quantity[5.89, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.193, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.184, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 46.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[15.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.836", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.6*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.311, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.336, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 70.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[31.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.872, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[-5.968, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[72.784, "Seconds"], "TriggerNumber" -> "359951", "TriggerTime" -> DateObject[{2009, 8, 14, 0, 52, 19.004000186920166}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-3.28, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.5399999999999995*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[25.6308, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.974006666666666, "HoursOfRightAscension"]|>, "GRB 090815C" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[0.26, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.58, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-60, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[312, "Seconds"], "Declination" -> Quantity[-65.945, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[1.77, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[4.47, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.28, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[0.76, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[1.66, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.03, "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.67, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090815C", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.15, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.8, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.7699999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.7699999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.101, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[4.299866666666667, "HoursOfRightAscension"], "SNRatio" -> 7., "StartTimePeakPhotonFlux" -> Quantity[-0.18, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.429, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.481, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 57.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[55.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.870", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "360068", "TriggerTime" -> DateObject[{2009, 8, 15, 23, 21, 39.254000186920166}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090827" -> <|"BasicComments" -> {"GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[4.8, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[8., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-2, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[8, "Seconds"], "Declination" -> Quantity[-50.902, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[44.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[119., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[9.02, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[22.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[44.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[7., "Seconds"], "EnergyFluxComments" -> {"Pe1s(25-50) is an upper limit."}, "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090827", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.7699999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[13.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[22.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.72, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.52, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[4.0199999999999994*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.016, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.89, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[2.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[7.699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.3599999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.8999999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.9099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.046, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> {"Pph1s(25-50) is an upper limit.", "Pph1s(50-100) is an upper limit."}, "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[1.2294666666666667, "HoursOfRightAscension"], "SNRatio" -> 8.9, "StartTimePeakPhotonFlux" -> Quantity[2.62, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.339, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[32., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.365, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[31., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 44.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[158., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.013", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "361029", "TriggerTime" -> DateObject[{2009, 8, 27, 19, 6, 24.342000007629395}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090831C" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[53.31, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[77.95, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-25.156, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[11.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[38.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.14, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[8.54, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[13.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.41, "Seconds"], "EnergyFluenceStopTime" -> Quantity[81.18, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090831C", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[8.859999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.25, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[11.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.02, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.45, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.92, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[3.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[4.7599999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[9.9*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[7.2219999999999995, "HoursOfRightAscension"], "SNRatio" -> 6., "StartTimePeakPhotonFlux" -> Quantity[1.92, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.495, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.519, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[4.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.313", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.7*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.791, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.836, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 56.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[37., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.234, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[3.928, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[81.176, "Seconds"], "TriggerNumber" -> "361489", "TriggerTime" -> DateObject[{2009, 8, 31, 21, 30, 25.92899990081787}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[2.7, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.96*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-25.1187, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.219620000000001, "HoursOfRightAscension"]|>, "GRB 090904A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[20.94, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[129.53, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[50.222, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[52.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[289., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[62.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[86.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[87.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[29.52, "Seconds"], "EnergyFluenceStopTime" -> Quantity[186.4, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090904A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.04*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[15.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.66, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4199999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.96, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.4*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.3099999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.85*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.31*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.54*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.173, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.76, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[6.724066666666667, "HoursOfRightAscension"], "SNRatio" -> 8.4, "StartTimePeakPhotonFlux" -> Quantity[127.07, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.095, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.094, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[20., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.976", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[66.47, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[145., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.14*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.2*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 5.142, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.33, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[66., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[10.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 2.533, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[30.28, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[148., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[10., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 70.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[122., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.545, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[148.528, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[186.4, "Seconds"], "TriggerNumber" -> "361830", "TriggerTime" -> DateObject[{2009, 9, 4, 1, 1, 6.945000171661377}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[130.4, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.2399999999999998*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[50.203, "AngularDegrees"], "XRTRightAscension" -> Quantity[6.725653333333335, "HoursOfRightAscension"]|>, "GRB 090904B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[32., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[64., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[723, "Seconds"], "Declination" -> Quantity[-25.215, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[325., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[1270., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[183., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[323., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[437., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.17, "Seconds"], "EnergyFluenceStopTime" -> Quantity[64.83, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090904B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[4.5999999999999996*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.48*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[26.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[53.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[14.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[15.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[21.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.24*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[5.66*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.46*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[2.3799999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.79, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.26, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.4599999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.78*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.5899999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.179999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.5999999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.178, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.77, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.5, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[17.613000000000003, "HoursOfRightAscension"], "SNRatio" -> 22.5, "StartTimePeakPhotonFlux" -> Quantity[8.33, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.076, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.076, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 48.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[169., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.564", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.56*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.45, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.48, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 66.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[272., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.281, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[48.832, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[64.832, "Seconds"], "TriggerNumber" -> "361831", "TriggerTime" -> DateObject[{2009, 9, 4, 1, 24, 18.111999988555908}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"Pph20ms(15-150) is an upper limit."}, "TwentyMillisecondFluxStartTime" -> Quantity[24.12, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.6*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[15.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-25.2132, "AngularDegrees"], "XRTRightAscension" -> Quantity[17.612360000000002, "HoursOfRightAscension"]|>, "GRB 090912" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[70.87, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[135.52, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[61.477, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[78.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[448., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[69.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[137., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[163., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-2.97, "Seconds"], "EnergyFluenceStopTime" -> Quantity[159.1, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090912", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.1*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[20.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[31.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.88, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[8.53, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[12.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.021, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.9499999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.609999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.85*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.75*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.0599999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[12.5366, "HoursOfRightAscension"], "SNRatio" -> 24.1, "StartTimePeakPhotonFlux" -> Quantity[88.15, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 43.8, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[69.13, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[75., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.399, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.092, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[11.01, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[28., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.441, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.091, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[28.51, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[51., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[31.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.961, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.679", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[87.27, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[280., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[8.199999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[6.4*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.687, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[15.74, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[268., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[8., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.875, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[38.39, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[2930., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 74.6, "TimeResolvedPowerLawNormalization50keV" -> Quantity[86.5, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.161, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[110.312, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[159.104, "Seconds"], "TriggerNumber" -> "362633", "TriggerTime" -> DateObject[{2009, 9, 12, 15, 50, 29.863999843597412}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[99.31, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.779999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.46, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[61.4845, "AngularDegrees"], "XRTRightAscension" -> Quantity[12.536186666666667, "HoursOfRightAscension"]|>, "GRB 090915" -> <|"BasicComments" -> {"GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[6.4, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[9.6, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-4, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[6, "Seconds"], "Declination" -> Quantity[15.483, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[21., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[60.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[5.13, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[22.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[5.71, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090915", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.27, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.23*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[4.9299999999999994*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.29*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.8899999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.112, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.93*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.65*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.2*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.47*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.148, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[15.866066666666667, "HoursOfRightAscension"], "SNRatio" -> 7.3, "StartTimePeakPhotonFlux" -> Quantity[0.69, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 53.8, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[77.99, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[3300., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 2.482, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.346, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[12.96, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[22.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.714, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.364, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[43.8, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[22.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[102., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> 2.286, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.118", "TimeAveragedSpectralComments" -> {"K50CPL is an upper limit."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "362785", "TriggerTime" -> DateObject[{2009, 9, 15, 15, 35, 36.}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[15.4878, "AngularDegrees"], "XRTRightAscension" -> Quantity[15.868013333333334, "HoursOfRightAscension"]|>, "GRB 090916" -> <|"BasicComments" -> {"Short duration GRB with an extended emission."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[39.18, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[62.45, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-336, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[25.941, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[27.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[93.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[11., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[21.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[33.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.04, "Seconds"], "EnergyFluenceStopTime" -> Quantity[68.52, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090916", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[5.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[18.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.31*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.5899999999999996*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.031, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.3399999999999994*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.52*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.87*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.61*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[5.4*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.221, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.93, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.48, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[8.4388, "HoursOfRightAscension"], "SNRatio" -> 7.3, "StartTimePeakPhotonFlux" -> Quantity[-0.04, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.327, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.332, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 53.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[14.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.381", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.1899999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.373, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[40.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.38, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[39.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 78.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[234., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.367, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.392, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[68.52, "Seconds"], "TriggerNumber" -> "362818", "TriggerTime" -> DateObject[{2009, 9, 16, 7, 0, 44.12599992752075}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.18, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 090926B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[29.13, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[99.28, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-563, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-38.997, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[147., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[713., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[81.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[200., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[284., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-21.61, "Seconds"], "EnergyFluenceStopTime" -> Quantity[130.34, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090926B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.41*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[15.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[23.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[6.48, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.87*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[6.399999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.1299999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.037, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.779999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.72*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.69*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.82*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.91*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.445, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.24, "RedshiftReferences" -> {"67"}, "RightAscension" -> Quantity[3.0874666666666672, "HoursOfRightAscension"], "SNRatio" -> 39.1, "StartTimePeakPhotonFlux" -> Quantity[-1.31, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[11.08, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[43.59, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 56.8, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[80.52, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[152., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.228, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[6.33, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[32., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.239, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[9.01, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[43., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 121.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[52.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -0.516, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.505", "TimeAveragedSpectralComments" -> {"No error because of reduced chi2 > 2."}, "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[99.18, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[812., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.2999999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.2*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.5*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.296, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[12., "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[452., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[14.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.274, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[23.87, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[1360., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 105.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[231., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.967, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[87.096, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[130.34, "Seconds"], "TriggerNumber" -> "370791", "TriggerTime" -> DateObject[{2009, 9, 26, 21, 55, 48.41599988937378}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-1.25, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[6.65*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[7.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-39.006, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.0872266666666666, "HoursOfRightAscension"]|>, "GRB 090927" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.12, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[2.16, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-70.973, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[4.19, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[19.8, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[3.61, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[5.56, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[6.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0.02, "Seconds"], "EnergyFluenceStopTime" -> Quantity[2.44, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090927", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.68*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[1.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[2.57, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.59, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.81*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.019, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.6, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.0299999999999995*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.3199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.2099999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.58*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.4*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.154, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.71, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.39, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.37, "RedshiftReferences" -> {"68"}, "RightAscension" -> Quantity[22.928600000000003, "HoursOfRightAscension"], "SNRatio" -> 15.8, "StartTimePeakPhotonFlux" -> Quantity[-0.01, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.32, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[0.51, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.202, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.4, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.193, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 78.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[88.9, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.796", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[53.45, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[1830., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.8*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[1.58*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.8999999999999997*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.7999999999999997*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.323, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9.08, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1380., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[28.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.299, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[11.65, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[12600., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[27.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 76.2, "TimeResolvedPowerLawNormalization50keV" -> Quantity[194., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.653, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.5, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[2.44, "Seconds"], "TriggerNumber" -> "370846", "TriggerTime" -> DateObject[{2009, 9, 27, 10, 7, 16.926000118255615}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.34, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.3299999999999995*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-70.9805, "AngularDegrees"], "XRTRightAscension" -> Quantity[22.931526666666667, "HoursOfRightAscension"]|>, "GRB 090929B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[230.71, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[361.6, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-0.644, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[121., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[582., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[108., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[165., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[187., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-9.78, "Seconds"], "EnergyFluenceStopTime" -> Quantity[370.9, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 090929B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.7699999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[27.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[7.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.83, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[12.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.1*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[7.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.031, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.4, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.22*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.1399999999999995*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.0899999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.5*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.1599999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.615, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[3.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.67, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[7.847533333333332, "HoursOfRightAscension"], "SNRatio" -> 17.9, "StartTimePeakPhotonFlux" -> Quantity[30.67, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.085, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.084, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.1, "TimeAveragedPowerLawNormalization50keV" -> Quantity[16.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.812", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[67.31, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[225., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[4.35*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[6.999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 7.211, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[13.63, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[152., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[58.1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 5.789, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[46.24, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[719., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[58., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 80.8, "TimeResolvedPowerLawNormalization50keV" -> Quantity[410., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.666, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[354.944, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[370.9, "Seconds"], "TriggerNumber" -> "371050", "TriggerTime" -> DateObject[{2009, 9, 29, 10, 9, 7.256999969482422}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[31.33, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[4.76*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 091018" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "cutoff power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[1.56, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[4.37, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-252, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-57.546, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[13.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[143., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[39.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[51., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[38.8, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.27, "Seconds"], "EnergyFluenceStopTime" -> Quantity[7.75, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091018", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.6199999999999998*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.16, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.86, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[5.8, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[1.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[2.11, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.96*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.099999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.024, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.86, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.51*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.4*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.29*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.0399999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.6199999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.238, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[9.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[4.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[3.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.51, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.971, "RedshiftReferences" -> {"69"}, "RightAscension" -> Quantity[2.146066666666667, "HoursOfRightAscension"], "SNRatio" -> 62.3, "StartTimePeakPhotonFlux" -> Quantity[0.8, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[1.05, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[4.29, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 39.9, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[19.43, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[390., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.18, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.062, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[18.14, "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[103., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.291, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.061, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[9.29, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[167., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 52.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[198., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.758, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.305", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[35.42, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[2320., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.92*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[5.51*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[3.*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.7999999999999997*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.599, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[19., "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[1400., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[33.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.477, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[8.48, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[4100., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[32.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 87.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[631., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.715, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[4.628, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[7.748, "Seconds"], "TriggerNumber" -> "373172", "TriggerTime" -> DateObject[{2009, 10, 18, 20, 48, 19.585000038146973}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.92, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[7.42*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[11.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-57.5483, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.14572, "HoursOfRightAscension"]|>, "GRB 091020" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[9.6, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[38.92, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[50.977, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[99.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[380., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[53., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[95.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[132., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-8.48, "Seconds"], "EnergyFluenceStopTime" -> Quantity[48.26, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091020", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.86*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[14.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.65, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.54*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.79*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.038, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.01, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.22*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.65*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[3.39*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[7.57*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.34*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.618, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[4.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[1.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[1.32, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[1.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.71, "RedshiftReferences" -> {"70"}, "RightAscension" -> Quantity[11.715133333333332, "HoursOfRightAscension"], "SNRatio" -> 45.2, "StartTimePeakPhotonFlux" -> Quantity[1.14, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0., "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[17.71, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.067, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.067, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 41.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[71., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.532", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.5499999999999996*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.673, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.589, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 60., "TimeResolvedPowerLawNormalization50keV" -> Quantity[350., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.203, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[38.26, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[48.264, "Seconds"], "TriggerNumber" -> "373458", "TriggerTime" -> DateObject[{2009, 10, 20, 21, 36, 44.66699981689453}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.38, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.249999999999999*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[6.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[50.9784, "AngularDegrees"], "XRTRightAscension" -> Quantity[11.715353333333335, "HoursOfRightAscension"]|>, "GRB 091024" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[48.52, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[112.28, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[56.885, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[196., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[598., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[57.3, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[126., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[219., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-15.2, "Seconds"], "EnergyFluenceStopTime" -> Quantity[134.98, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091024", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.06*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.1*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[14.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[26.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.39, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[10.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.4199999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.49*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.8, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.37*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.8499999999999998*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.62*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.7299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.82*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.323, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.65, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.092, "RedshiftReferences" -> {"71"}, "RightAscension" -> Quantity[22.615933333333334, "HoursOfRightAscension"], "SNRatio" -> 32.1, "StartTimePeakPhotonFlux" -> Quantity[0.76, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[22.94, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[45.89, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.079, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.08, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 45.8, "TimeAveragedPowerLawNormalization50keV" -> Quantity[39.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.206", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.8*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.412, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.405, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 73.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[163., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.935, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[75.144, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[134.984, "Seconds"], "TriggerNumber" -> "373674", "TriggerTime" -> DateObject[{2009, 10, 24, 8, 56, 1.2649998664855957}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[-0.23, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.13*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 091026" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[36., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[174., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-623, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-86.114, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[46.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[203., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[33.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[55.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[67.7, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-4.36, "Seconds"], "EnergyFluenceStopTime" -> Quantity[215.64, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091026", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.2*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.12, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[8.29, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[18.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[4.05, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[4.18, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[7.76, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.34*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.43*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[9.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.032, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[6.07*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.8699999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.84*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.839999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.308, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.59, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[18.443, "HoursOfRightAscension"], "SNRatio" -> 29.3, "StartTimePeakPhotonFlux" -> Quantity[-0.36, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.139, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.137, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[0.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 65.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[10., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.702", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.4699999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.666, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12.8, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.531, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[12.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 63.5, "TimeResolvedPowerLawNormalization50keV" -> Quantity[147., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.246, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[48.64, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[215.64, "Seconds"], "TriggerNumber" -> "373871", "TriggerTime" -> DateObject[{2009, 10, 26, 13, 11, 30.15500020980835}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.41, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.67*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-86.1115, "AngularDegrees"], "XRTRightAscension" -> Quantity[18.438133333333337, "HoursOfRightAscension"]|>, "GRB 091029" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "cutoff power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[13.45, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[39.18, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-55.953, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[39.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[241., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[46.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[75.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[79.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.77, "Seconds"], "EnergyFluenceStopTime" -> Quantity[60.2, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091029", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[6.16*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.58, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[10.6, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.62, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[4.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.2699999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.8999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.017, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.3999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.09*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.7299999999999997*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.7699999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.073, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.72, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.64, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.66, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 2.752, "RedshiftReferences" -> {"72"}, "RightAscension" -> Quantity[4.011066666666666, "HoursOfRightAscension"], "SNRatio" -> 60.2, "StartTimePeakPhotonFlux" -> Quantity[19.12, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[4.31, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[32.07, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> 48.8, "TimeAveragedCutoffPowerLawEPeak" -> Quantity[61.22, "Kiloelectronvolts"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Quantity[72., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> 0.138, "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.065, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[9., "Kiloelectronvolts"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[19., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> 0.282, "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.065, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[25.18, "Kiloelectronvolts"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[28., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 56.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[44., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> -1.457, "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.883", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[41.75, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[126., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.03*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[2.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.483, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[8.57, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[126., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.403, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[14.25, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[314., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 86.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[112., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.523, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[40.268, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[60.196, "Seconds"], "TriggerNumber" -> "374210", "TriggerTime" -> DateObject[{2009, 10, 29, 3, 53, 22.59499979019165}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[21.42, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.58*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-55.9555, "AngularDegrees"], "XRTRightAscension" -> Quantity[4.011866666666667, "HoursOfRightAscension"]|>, "GRB 091102" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[3.38, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[6.65, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-72.527, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[18.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[52.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[4.28, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[10.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[19.4, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.78, "Seconds"], "EnergyFluenceStopTime" -> Quantity[6.63, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091102", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[2.33, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[4.01, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.57, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.81, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[1.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[9.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.61*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.9999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.1999999999999994*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.022, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.71*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.3099999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.05*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.5299999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[4.86*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.239, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.44, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[4.841466666666667, "HoursOfRightAscension"], "SNRatio" -> 23.8, "StartTimePeakPhotonFlux" -> Quantity[-0.26, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.12, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.122, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 40.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[67.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.079", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.03*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.1*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.466, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[9., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.457, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[8.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 54.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[96.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.951, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[4.728, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[6.632, "Seconds"], "TriggerNumber" -> "374598", "TriggerTime" -> DateObject[{2009, 11, 2, 14, 34, 38.35799980163574}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[0.45, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-72.5197, "AngularDegrees"], "XRTRightAscension" -> Quantity[4.84108, "HoursOfRightAscension"]|>, "GRB 091104" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[58.35, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[107.14, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[903, "Seconds"], "Declination" -> Quantity[47.391, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[17., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[76.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[13.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[20.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[25.1, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-1.48, "Seconds"], "EnergyFluenceStopTime" -> Quantity[120.52, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091104", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.1*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.5999999999999998*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[5.42, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.49, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.68, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.24, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.1599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[4.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.015, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[3.4*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.5*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[6.2999999999999994*^-12, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.064, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.36, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.08, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[13.915066666666668, "HoursOfRightAscension"], "SNRatio" -> 7.6, "StartTimePeakPhotonFlux" -> Quantity[83.34, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.243, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.231, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[6.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.734", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "374875", "TriggerTime" -> DateObject[{2009, 11, 4, 8, 49, 22.76900005340576}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[18.95, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.63*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.07, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[47.4105, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.91708, "HoursOfRightAscension"]|>, "GRB 091109A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[15.15, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[48.03, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[-44.177, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[50.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[164., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[17.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[36.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[59.2, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.84, "Seconds"], "EnergyFluenceStopTime" -> Quantity[51.75, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091109A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.5399999999999995*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.21, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[12., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[21.9, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.03, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[6.04, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.52*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.99*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[8.*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.1799999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.035, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.63, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.1, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[2.95*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.93*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1399999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.2799999999999998*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.56*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.23, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.37, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.4, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.31, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[20.616866666666667, "HoursOfRightAscension"], "SNRatio" -> 10.6, "StartTimePeakPhotonFlux" -> Quantity[8.2, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.245, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[4.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.254, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[4.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 60.6, "TimeAveragedPowerLawNormalization50keV" -> Quantity[31.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.306", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[5.5*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.9999999999999995*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.961, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[6.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.799, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[6.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 59.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[52.6, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.114, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[23.24, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[51.752, "Seconds"], "TriggerNumber" -> "375246", "TriggerTime" -> DateObject[{2009, 11, 9, 4, 57, 43.36299991607666}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[9., "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.21*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[5.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-44.1586, "AngularDegrees"], "XRTRightAscension" -> Quantity[20.61718, "HoursOfRightAscension"]|>, "GRB 091109B" -> <|"BasicComments" -> {"Short duration GRB."}, "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[0.09, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.27, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-239, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[-54.091, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[8.37, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[19.5, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[0.98, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[2.94, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[7.19, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[0.33, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091109B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[3.2899999999999995*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[0.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[1.55, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[0.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[0.28, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[0.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.8899999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.899999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.029, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.17*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.96*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.0900000000000001*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.0999999999999996*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[7.259999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.412, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.91, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.62, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[7.5165999999999995, "HoursOfRightAscension"], "SNRatio" -> 23.7, "StartTimePeakPhotonFlux" -> Quantity[-0.33, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.128, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[36.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.132, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[36.5, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[477., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.710", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[65.3, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[10800., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.4099999999999999*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[4.27*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[6.299999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.67*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.346, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[6.6, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[10800., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[129., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.336, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[6.38, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[20000., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[124., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 106.9, "TimeResolvedPowerLawNormalization50keV" -> Quantity[895., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.207, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[0.236, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[0.332, "Seconds"], "TriggerNumber" -> "375409", "TriggerTime" -> DateObject[{2009, 11, 9, 21, 49, 3.1570000648498535}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.12, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[1.3699999999999998*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[11.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-54.0899, "AngularDegrees"], "XRTRightAscension" -> Quantity[7.515766666666668, "HoursOfRightAscension"]|>, "GRB 091112" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[7.3, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[19.59, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-60, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[483, "Seconds"], "Declination" -> Quantity[-36.729, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[76.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[209., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[39.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[77.3, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-10.5, "Seconds"], "EnergyFluenceStopTime" -> Quantity[14.74, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091112", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[2.16*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[4.7*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.79, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[16.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[2.54, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.64, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[6.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[2.08*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[3.39*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[7.199999999999999*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.2599999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[2.41, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.13, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.5, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[7.06*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.82*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.1999999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[3.18*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[6.74*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.357, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.87, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.38, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.55, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[17.183533333333333, "HoursOfRightAscension"], "SNRatio" -> 17.5, "StartTimePeakPhotonFlux" -> Quantity[0.56, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.135, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.138, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.7, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 54., "TimeAveragedPowerLawNormalization50keV" -> Quantity[77.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.020", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.35*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.3*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.571, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[12., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.641, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 64.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[126., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.962, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[4.964, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[14.744, "Seconds"], "TriggerNumber" -> "375659", "TriggerTime" -> DateObject[{2009, 11, 12, 17, 41, 21.080999851226807}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[3.95, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[3.32*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[4.98, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 091117" -> <|"BasicComments" -> {"Short duration GRB.", "GRB found by the ground process."}, "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[0.192, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[0.384, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[0, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[10, "Seconds"], "Declination" -> Quantity[-16.943, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[18.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[43.2, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[2.07, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[6.33, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[15.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[0., "Seconds"], "EnergyFluenceStopTime" -> Quantity[6., "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091117", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[6.0999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[6.17, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[9.5, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.37, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.46, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.05*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[4.83*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.07*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[1.7499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.151, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.49, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.19, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.15, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[2.7, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.1199999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.6299999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.36*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[4.03*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.699999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.562, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[2.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.43, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.69, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.83, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[2.0644, "HoursOfRightAscension"], "SNRatio" -> 7.2, "StartTimePeakPhotonFlux" -> Quantity[2.32, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.437, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[17., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.511, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[15.6, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 52.9, "TimeAveragedPowerLawNormalization50keV" -> Quantity[58.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.670", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> "376211", "TriggerTime" -> DateObject[{2009, 11, 17, 17, 44, 22.890999794006348}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"battblocks failed because of the weak nature of the burst."}, "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[-16.9749, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.0648400000000002, "HoursOfRightAscension"]|>, "GRB 091127" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[4.76, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[7.42, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-686, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[1282, "Seconds"], "Declination" -> Quantity[-18.946, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[144., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[844., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[193., "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[256., "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[251., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.37, "Seconds"], "EnergyFluenceStopTime" -> Quantity[8.08, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091127", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.39*^-9, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.6499999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[1.22, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[10.4, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[27.2, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[11.3, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[8.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[11.1, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.639999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.35*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.48*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[6.089999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.385, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[15.2, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.78, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.54, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1., "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[4.689999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.73*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.949999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[8.429999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.249999999999999*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[2.42, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[41.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[15.9, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[15., IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[8.34, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 0.49, "RedshiftReferences" -> {"73"}, "RightAscension" -> Quantity[2.4386666666666668, "HoursOfRightAscension"], "SNRatio" -> 29.1, "StartTimePeakPhotonFlux" -> Quantity[-0.23, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[0.73, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[1.25, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.062, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[36., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.062, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[35.8, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 63.2, "TimeAveragedPowerLawNormalization50keV" -> Quantity[1080., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.032", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[65.1, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[15100., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[3.8599999999999995*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.7899999999999995*^-9, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[2.7899999999999997*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[2.72*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.211, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[16.7, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[8260., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[293., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.831, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[33.31, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[23300., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[291., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 93.7, "TimeResolvedPowerLawNormalization50keV" -> Quantity[4190., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.674, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[7.196, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[8.076, "Seconds"], "TriggerNumber" -> "377179", "TriggerTime" -> DateObject[{2009, 11, 27, 23, 25, 45.80499982833862}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.1, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[5.53*^-9, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[71.6, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[-18.9525, "AngularDegrees"], "XRTRightAscension" -> Quantity[2.4388666666666667, "HoursOfRightAscension"]|>, "GRB 091130B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[31.89, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[130.91, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-356, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[34.087, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[23.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[146., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[35.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[45.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[42.5, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-28.66, "Seconds"], "EnergyFluenceStopTime" -> Quantity[127.39, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091130B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[9.32*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[2.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.04, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[4.85, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[13., "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[3.63, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[3.36, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[5.69, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[8.3*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.4499999999999998*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[3.1999999999999997*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.7999999999999995*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.05, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.05*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[9.349999999999999*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[9.1*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.98*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.41*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.155, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[1.09, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.29, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.35, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.3, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[13.543133333333335, "HoursOfRightAscension"], "SNRatio" -> 20.5, "StartTimePeakPhotonFlux" -> Quantity[0.06, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.147, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.141, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.4, "TimeAveragedPowerLawNormalization50keV" -> Quantity[10.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-2.087", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[6.199999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[5.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.71, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[5.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.614, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[5.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 65.3, "TimeResolvedPowerLawNormalization50keV" -> Quantity[65.7, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.592, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[36.896, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[127.388, "Seconds"], "TriggerNumber" -> "377487", "TriggerTime" -> DateObject[{2009, 11, 30, 17, 59, 4.7729997634887695}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[0.55, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.27*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[3.25, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Quantity[34.0886, "AngularDegrees"], "XRTRightAscension" -> Quantity[13.543233333333335, "HoursOfRightAscension"]|>, "GRB 091208A" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[32., "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[80., "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-769, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[65.67, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[68.9, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[180., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[12.4, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[32.1, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[66.9, "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.89, "Seconds"], "EnergyFluenceStopTime" -> Quantity[95.11, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091208A", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Quantity[1.36*^-10, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.9*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[7.99, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[12.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[1.97, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[2.94, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[3.56, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[7.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[1.35*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[2.8*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[5.2*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.018, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[1.11, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.03, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.02, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[1.88*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[5.3*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[4.3*^-12, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[1.03*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[1.96*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[0.095, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[0.58, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[0.14, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[0.18, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[0.17, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[0.018266666666666667, "HoursOfRightAscension"], "SNRatio" -> 22.4, "StartTimePeakPhotonFlux" -> Quantity[6.61, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.13, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.134, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[1.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 59.3, "TimeAveragedPowerLawNormalization50keV" -> Quantity[17., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-0.943", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[7.299999999999999*^-11, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[4.*^-12, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.443, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.427, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[3.4, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 57.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[57.2, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -0.6, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[31.112, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[95.112, "Seconds"], "TriggerNumber" -> "378554", "TriggerTime" -> DateObject[{2009, 12, 8, 8, 46, 0.5590000152587891}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Quantity[1.07, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Quantity[2.9199999999999997*^-10, "Watts"/"Meters"^2], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Quantity[2.95, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>, "GRB 091208B" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Quantity[5.78, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[14.8, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-485, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[963, "Seconds"], "Declination" -> Quantity[16.879, "AngularDegrees"], "EnergyFluence100To150keV" -> Quantity[69.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence15To150keV" -> Quantity[320., "Femtojoules"/"Centimeters"^2], "EnergyFluence15To25keV" -> Quantity[56.6, "Femtojoules"/"Centimeters"^2], "EnergyFluence25To50keV" -> Quantity[88.7, "Femtojoules"/"Centimeters"^2], "EnergyFluence50To100keV" -> Quantity[105., "Femtojoules"/"Centimeters"^2], "EnergyFluenceStartTime" -> Quantity[-0.19, "Seconds"], "EnergyFluenceStopTime" -> Quantity[19.31, "Seconds"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091208B", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[1.58*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Quantity[0.52, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorInS100To150" -> Quantity[9.16, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To150" -> Quantity[20.7, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS15To25" -> Quantity[5.67, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS25To50" -> Quantity[5.43, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorInS50To100" -> Quantity[8.74, "Femtojoules"/"Centimeters"^2], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[3.7799999999999995*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[7.849999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[1.82*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[3.21*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Quantity[0.191, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux15To150" -> Quantity[0.94, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux25To50" -> Quantity[0.33, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorPeakPhotonFlux50To100" -> Quantity[0.27, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "NinetyPercentErrorRadius" -> Quantity[1.2, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[3.01*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[1.1199999999999999*^-9, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[1.5*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[2.76*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[3.91*^-10, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Quantity[1.53, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To150keV" -> Quantity[14.7, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux15To25keV" -> Quantity[4.84, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux25To50keV" -> Quantity[4.88, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "OneSecondPeakPhotonFlux50To100keV" -> Quantity[3.45, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> 1.063, "RedshiftReferences" -> {"74"}, "RightAscension" -> Quantity[1.9608666666666668, "HoursOfRightAscension"], "SNRatio" -> 22.9, "StartTimePeakPhotonFlux" -> Quantity[8.16, "Seconds"], "T50Duration140To220keVAtGRBRestFrame" -> Quantity[3.57, "Seconds"], "T90Duration140To220keVAtGRBRestFrame" -> Quantity[4.44, "Seconds"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.109, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[11.2, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.107, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[11.1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 42.5, "TimeAveragedPowerLawNormalization50keV" -> Quantity[178., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.762", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Quantity[67.61, "Kiloelectronvolts"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Quantity[3500., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedEnergyFlux15To150keV" -> Quantity[1.39*^-9, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Quantity[3.1399999999999995*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Quantity[5.7*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.23*^-10, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.729, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Quantity[14.3, "Kiloelectronvolts"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Quantity[2610., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[119., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.588, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Quantity[44.4, "Kiloelectronvolts"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Quantity[19800., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[119., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 68.4, "TimeResolvedPowerLawNormalization50keV" -> Quantity[1450., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.446, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[12.304, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[19.312, "Seconds"], "TriggerNumber" -> "378559", "TriggerTime" -> DateObject[{2009, 12, 8, 9, 49, 57.998000144958496}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> {"An acceptable fit (reduced χ2>2)."}, "TwentyMillisecondFluxStartTime" -> Quantity[8.41, "Seconds"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[16.8896, "AngularDegrees"], "XRTRightAscension" -> Quantity[1.9594666666666671, "HoursOfRightAscension"]|>, "GRB 091221" -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> "simple power‐law", "BurstDuration25To75PercentOfFluence" -> Quantity[17.72, "Seconds"], "BurstDuration5To95PercentOfFluence" -> Quantity[68.49, "Seconds"], "BurstStartTimeFromBATTrigger" -> Quantity[-240, "Seconds"], "BurstStopTimeFromBATTrigger" -> Quantity[962, "Seconds"], "Declination" -> Quantity[23.244, "AngularDegrees"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB 091221", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Quantity[3.4999999999999996*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Quantity[1.2099999999999999*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux15To150" -> Quantity[2.1499999999999997*^-11, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux25To50" -> Quantity[4.6*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakEnergyFlux50To100" -> Quantity[8.4*^-12, "Watts"/"Meters"^2], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Quantity[1.3, "ArcMinutes"], "OneSecondPeakEnergyFlux100To150keV" -> Quantity[8.83*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To150keV" -> Quantity[2.6199999999999997*^-10, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux15To25keV" -> Quantity[2.43*^-11, "Watts"/"Meters"^2], "OneSecondPeakEnergyFlux25To50keV" -> Quantity[5.41*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonEnergy50To100keV" -> Quantity[9.63*^-11, "Watts"/"Meters"^2], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Quantity[3.719933333333334, "HoursOfRightAscension"], "SNRatio" -> 20.7, "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 0.056, "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.055, "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[2., IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> 29.7, "TimeAveragedPowerLawNormalization50keV" -> Quantity[71.3, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "-1.590", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Quantity[2.1399999999999998*^-10, "Watts"/"Meters"^2], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Quantity[1.6*^-11, "Watts"/"Meters"^2], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> 1.246, "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Quantity[15., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> 0.75, "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Quantity[14.9, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> 62.1, "TimeResolvedPowerLawNormalization50keV" -> Quantity[218., IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> -1.338, "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Quantity[36.52, "Seconds"], "TimeResolvedSpectralStopTime" -> Quantity[41.084, "Seconds"], "TriggerNumber" -> "380311", "TriggerTime" -> DateObject[{2009, 12, 21, 20, 52, 52.295000076293945}, "Instant", "Gregorian", "UTC"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Quantity[23.2412, "AngularDegrees"], "XRTRightAscension" -> Quantity[3.7198333333333338, "HoursOfRightAscension"]|>, "GRB " -> <|"BasicComments" -> Missing["NotAvailable"], "BestFitModelName" -> Missing["NotAvailable"], "BurstDuration25To75PercentOfFluence" -> Missing["NotAvailable"], "BurstDuration5To95PercentOfFluence" -> Missing["NotAvailable"], "BurstStartTimeFromBATTrigger" -> Missing["NotAvailable"], "BurstStopTimeFromBATTrigger" -> Missing["NotAvailable"], "Declination" -> Missing["NotAvailable"], "EnergyFluence100To150keV" -> Missing["NotAvailable"], "EnergyFluence15To150keV" -> Missing["NotAvailable"], "EnergyFluence15To25keV" -> Missing["NotAvailable"], "EnergyFluence25To50keV" -> Missing["NotAvailable"], "EnergyFluence50To100keV" -> Missing["NotAvailable"], "EnergyFluenceStartTime" -> Missing["NotAvailable"], "EnergyFluenceStopTime" -> Missing["NotAvailable"], "EnergyFluxComments" -> Missing["NotAvailable"], "FluencesComments" -> Missing["NotAvailable"], "Name" -> "GRB ", "NinetyPercentErrorInPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakEnergyFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInPeakPhotonFlux15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS100To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To150" -> Missing["NotAvailable"], "NinetyPercentErrorInS15To25" -> Missing["NotAvailable"], "NinetyPercentErrorInS25To50" -> Missing["NotAvailable"], "NinetyPercentErrorInS50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakEnergyFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux100To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux15To150" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux25To50" -> Missing["NotAvailable"], "NinetyPercentErrorPeakPhotonFlux50To100" -> Missing["NotAvailable"], "NinetyPercentErrorRadius" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakEnergyFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonEnergy50To100keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux100To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux15To25keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux25To50keV" -> Missing["NotAvailable"], "OneSecondPeakPhotonFlux50To100keV" -> Missing["NotAvailable"], "PhotonFluxComments" -> Missing["NotAvailable"], "Redshift" -> Missing["NotAvailable"], "RedshiftReferences" -> Missing["NotAvailable"], "RightAscension" -> Missing["NotAvailable"], "SNRatio" -> Missing["NotAvailable"], "StartTimePeakPhotonFlux" -> Missing["NotAvailable"], "T50Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "T90Duration140To220keVAtGRBRestFrame" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeAveragedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeAveragedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeAveragedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeAveragedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel" -> "", "TimeAveragedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawEPeak" -> Missing["NotAvailable"], "TimeResolvedCutoffPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keV" -> Missing["NotAvailable"], "TimeResolvedEnergyFlux15To150keVCPLF" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorCPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentErrorPLF15To150keV" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentLowerLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw" -> Missing["NotAvailable"], "TimeResolvedNinetyPercentUpperLevelK50PowerLaw" -> Missing["NotAvailable"], "TimeResolvedPowerLawChiSquared57DegreesOfFreedom" -> Missing["NotAvailable"], "TimeResolvedPowerLawNormalization50keV" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel" -> Missing["NotAvailable"], "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel" -> Missing["NotAvailable"], "TimeResolvedSpectralComments" -> Missing["NotAvailable"], "TimeResolvedSpectralStartTime" -> Missing["NotAvailable"], "TimeResolvedSpectralStopTime" -> Missing["NotAvailable"], "TriggerNumber" -> Missing["NotAvailable"], "TriggerTime" -> Missing["NotAvailable"], "TwentyMillisecondFluxComments" -> Missing["NotAvailable"], "TwentyMillisecondFluxStartTime" -> Missing["NotAvailable"], "TwentyMillisecondPeakEnergyFlux15To150keV" -> Missing["NotAvailable"], "TwentyMillisecondPeakPhotonFlux15To150keV" -> Missing["NotAvailable"], "XRTDeclination" -> Missing["NotAvailable"], "XRTRightAscension" -> Missing["NotAvailable"]|>|>, TypeSystem`Assoc[TypeSystem`Atom[String], TypeSystem`Struct[{"BasicComments", "BestFitModelName", "BurstDuration25To75PercentOfFluence", "BurstDuration5To95PercentOfFluence", "BurstStartTimeFromBATTrigger", "BurstStopTimeFromBATTrigger", "Declination", "EnergyFluence100To150keV", "EnergyFluence15To150keV", "EnergyFluence15To25keV", "EnergyFluence25To50keV", "EnergyFluence50To100keV", "EnergyFluenceStartTime", "EnergyFluenceStopTime", "EnergyFluxComments", "FluencesComments", "Name", "NinetyPercentErrorInPeakEnergyFlux15To150", "NinetyPercentErrorInPeakEnergyFlux15To25", "NinetyPercentErrorInPeakPhotonFlux15To25", "NinetyPercentErrorInS100To150", "NinetyPercentErrorInS15To150", "NinetyPercentErrorInS15To25", "NinetyPercentErrorInS25To50", "NinetyPercentErrorInS50To100", "NinetyPercentErrorPeakEnergyFlux100To150", "NinetyPercentErrorPeakEnergyFlux15To150", "NinetyPercentErrorPeakEnergyFlux25To50", "NinetyPercentErrorPeakEnergyFlux50To100", "NinetyPercentErrorPeakPhotonFlux100To150", "NinetyPercentErrorPeakPhotonFlux15To150", "NinetyPercentErrorPeakPhotonFlux25To50", "NinetyPercentErrorPeakPhotonFlux50To100", "NinetyPercentErrorRadius", "OneSecondPeakEnergyFlux100To150keV", "OneSecondPeakEnergyFlux15To150keV", "OneSecondPeakEnergyFlux15To25keV", "OneSecondPeakEnergyFlux25To50keV", "OneSecondPeakPhotonEnergy50To100keV", "OneSecondPeakPhotonFlux100To150keV", "OneSecondPeakPhotonFlux15To150keV", "OneSecondPeakPhotonFlux15To25keV", "OneSecondPeakPhotonFlux25To50keV", "OneSecondPeakPhotonFlux50To100keV", "PhotonFluxComments", "Redshift", "RedshiftReferences", "RightAscension", "SNRatio", "StartTimePeakPhotonFlux", "T50Duration140To220keVAtGRBRestFrame", "T90Duration140To220keVAtGRBRestFrame", "TimeAveragedCutoffPowerLawChiSquared56DegreesOfFreedom", "TimeAveragedCutoffPowerLawEPeak", "TimeAveragedCutoffPowerLawNormalization50keV", "TimeAveragedNinetyPercentLowerLevelAlphaCutoffPowerLaw", "TimeAveragedNinetyPercentLowerLevelAlphaSimplePowerLaw", "TimeAveragedNinetyPercentLowerLevelEPeakCutoffPowerLaw", "TimeAveragedNinetyPercentLowerLevelK50CutoffPowerLaw", "TimeAveragedNinetyPercentLowerLevelK50PowerLaw", "TimeAveragedNinetyPercentUpperLevelAlphaCutoffPowerLaw", "TimeAveragedNinetyPercentUpperLevelAlphaSimplePowerLaw", "TimeAveragedNinetyPercentUpperLevelEPeakCutoffPowerLaw", "TimeAveragedNinetyPercentUpperLevelK50CutoffPowerLaw", "TimeAveragedNinetyPercentUpperLevelK50PowerLaw", "TimeAveragedPowerLawChiSquared57DegreesOfFreedom", "TimeAveragedPowerLawNormalization50keV", "TimeAveragedPowerLawPhotonIndexCutoffPowerLawModel", "TimeAveragedPowerLawPhotonIndexSimplePowerLawModel", "TimeAveragedSpectralComments", "TimeResolvedCutoffPowerLawChiSquared56DegreesOfFreedom", "TimeResolvedCutoffPowerLawEPeak", "TimeResolvedCutoffPowerLawNormalization50keV", "TimeResolvedEnergyFlux15To150keV", "TimeResolvedEnergyFlux15To150keVCPLF", "TimeResolvedNinetyPercentErrorCPLF15To150keV", "TimeResolvedNinetyPercentErrorPLF15To150keV", "TimeResolvedNinetyPercentLowerLevelAlphaCutoffPowerLaw", "TimeResolvedNinetyPercentLowerLevelAlphaSimplePowerLaw", "TimeResolvedNinetyPercentLowerLevelEPeakCutoffPowerLaw", "TimeResolvedNinetyPercentLowerLevelK50CutoffPowerLaw", "TimeResolvedNinetyPercentLowerLevelK50PowerLaw", "TimeResolvedNinetyPercentUpperLevelAlphaCutoffPowerLaw", "TimeResolvedNinetyPercentUpperLevelAlphaSimplePowerLaw", "TimeResolvedNinetyPercentUpperLevelEPeakCutoffPowerLaw", "TimeResolvedNinetyPercentUpperLevelK50CutoffPowerLaw", "TimeResolvedNinetyPercentUpperLevelK50PowerLaw", "TimeResolvedPowerLawChiSquared57DegreesOfFreedom", "TimeResolvedPowerLawNormalization50keV", "TimeResolvedPowerLawPhotonIndexCutoffPowerLawModel", "TimeResolvedPowerLawPhotonIndexSimplePowerLawModel", "TimeResolvedSpectralComments", "TimeResolvedSpectralStartTime", "TimeResolvedSpectralStopTime", "TriggerNumber", "TriggerTime", "TwentyMillisecondFluxComments", 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TypeSystem`Vector[TypeSystem`Atom[String], 1], TypeSystem`Atom[String], TypeSystem`Atom[Quantity[1, "Watts"/"Meters"^2]], TypeSystem`Atom[Quantity[1, "Watts"/"Meters"^2]], TypeSystem`Atom[Quantity[1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")]], TypeSystem`Atom[Quantity[1, "Femtojoules"/"Centimeters"^2]], TypeSystem`Atom[Quantity[1, "Femtojoules"/"Centimeters"^2]], TypeSystem`Atom[Quantity[1, "Femtojoules"/"Centimeters"^2]], TypeSystem`Atom[Quantity[1, "Femtojoules"/"Centimeters"^2]], TypeSystem`Atom[Quantity[1, "Femtojoules"/"Centimeters"^2]], TypeSystem`Atom[Quantity[1, "Watts"/"Meters"^2]], TypeSystem`Atom[Quantity[1, "Watts"/"Meters"^2]], TypeSystem`Atom[Quantity[1, "Watts"/"Meters"^2]], TypeSystem`Atom[Quantity[1, "Watts"/"Meters"^2]], TypeSystem`Atom[Quantity[1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")]], TypeSystem`Atom[Quantity[1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")]], TypeSystem`Atom[Quantity[1, 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TypeSystem`AnyLength], TypeSystem`Atom[Quantity[1, "HoursOfRightAscension"]], TypeSystem`Atom[Real], TypeSystem`Atom[Quantity[1, "Seconds"]], TypeSystem`Atom[Quantity[1, "Seconds"]], TypeSystem`Atom[Quantity[1, "Seconds"]], TypeSystem`Atom[Real], TypeSystem`Atom[Quantity[1, "Kiloelectronvolts"]], TypeSystem`Atom[Quantity[1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")]], TypeSystem`Atom[Real], TypeSystem`Atom[Real], TypeSystem`Atom[Quantity[1, "Kiloelectronvolts"]], TypeSystem`Atom[Quantity[1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")]], TypeSystem`Atom[Quantity[1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")]], TypeSystem`Atom[Real], TypeSystem`Atom[Real], TypeSystem`Atom[Quantity[1, "Kiloelectronvolts"]], TypeSystem`Atom[Quantity[1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")]], TypeSystem`Atom[Quantity[1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")]], 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TypeSystem`Atom[Quantity[1, IndependentUnit["photons"]/("Kiloelectronvolts"*"Meters"^2*"Seconds")]], TypeSystem`Atom[Quantity[1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")]], TypeSystem`Atom[Real], TypeSystem`Atom[Quantity[1, IndependentUnit["photons"]/("Centimeters"^2*"Kiloelectronvolts"*"Seconds")]], TypeSystem`UnknownType, TypeSystem`Atom[Real], TypeSystem`UnknownType, TypeSystem`Atom[Quantity[1, "Seconds"]], TypeSystem`Atom[Quantity[1, "Seconds"]], TypeSystem`Atom[String], TypeSystem`Atom[DateObject], TypeSystem`Vector[TypeSystem`Atom[String], 1], TypeSystem`Atom[Quantity[1, "Seconds"]], TypeSystem`Atom[Quantity[1, "Watts"/"Meters"^2]], TypeSystem`Atom[Quantity[1, IndependentUnit["photons"]/("Centimeters"^2*"Seconds")]], TypeSystem`Atom[Quantity[1, "AngularDegrees"]], TypeSystem`Atom[Quantity[1, "HoursOfRightAscension"]]}], 477], <|"ID" -> 210685433522718|>]