A theoretical description of the recombination fluorescence of photosynthesizing organisms using the kinetic equation

Consideration is given to a theoretical model of the initial stages of the primary processes of photosynthesis. A Master Equation system consisting of three equations is used. The solution, which has been obtained using the Laplace transform, describes the kinetics of recombination fluorescence as a sum of decaying exponents. The relation between the fluorescence parameters and the rate constants of transitions between the states of the system has been obtained.