.Bodylight.Chemical.Components.ChemicalReaction

k_f·volume·product(S.^s)

forward rate

k_b·volume·product(P.^p)

backward rate

K_aT = k_f/k_b = product(P.^p) / product(S.^s) 

equilibrium

log(K_aT/K_Base) = (-ΔH/R)·(1/T_heatPort - 1/T_K) 

van't Hoff's equation

Δ_rG⁰= ΔH - T·ΔS = -R·T·log(K_aT)

Gibb's energy

ΔS = k·log(ω)

entropy

S_i

molar concentration of i-th substrate

s_i

stochiometric coefficients of i-th substrate

nS

number of substrates

P_j

molar concentration of j-th product

p_j

stochiometric coefficients of j-th product

nP

number of products

K_aT

dissociation constant at current temperature T

k_f

forward rate coefficient at current temperature T

k_b

backward rate coefficient at current temperature T

volume  

solution volume

ΔH

enthalpy of the reaction

T_heatPort

current temperature T

K_Base

tabulated dissociation constant at base temperature T_K

T_K

base temperature of tabulated coefficients

ω

change of number of microstates of particles

ΔS

entropy of the reaction

Δ_rG⁰

Gibb's energy of the reaction