Thermokinetic Oscillator
Thermokinetic Oscillator
For a thermokinetic oscillator, the reaction scheme is , . The second reaction is exothermic with a reaction enthalpy ; it has a substantial activation energy . The concentration of component is constant, the temperature of the surroundings is , the density and specific heat of the reaction mixture are and , the area for heat transfer is , the volume of the system is , , , and . The relevant rate equations are solved and plotted for and , the latter scaled up by 1000 for convenience.
A⟶X
X⟶R
H
E
A
T
0
ρ
c
ρ
A
V
α=
2
(E/(RT))
β=Ah(Vρ)
c
ρ
γ=H(ρ)
k
2
T
0
c
ρ
ΔT(t)
C
X