A theoretical treatment is given for the effect of intramolecular vibrational and diffusive
solvent orientational motions on the rate of electron transfer reactions. Four limiting cases …

Delocalization of excitation in a system of disordered but uniformly distributed centers, its
quenching by alien admixtures, and self-quenching by cross relaxation by pairs of identical …

In part I a reaction–diffusion equation was introduced for the description of electron transfer
reactions which are induced by fluctuations in both the solvent polarization and in the …

In this chapter our main emphasis is on homogeneous solutions. Biological applications are
mentioned briefly. After summarizing the Golden Rule results, we focus on the effects of …

In this work the theory of transitions between electronic states is developed. In the limiting
cases of weak and strong interactions the analytical results for the full rates of transitions are …

A class of ultrafast electron transfer reactions in which the system approaches the term
crossing point moving over upper branch of the potential energy surface is considered. The …

The rate constants ket of electron self exchange between neutral molecules and the
corresponding radical ions, measured by ESR line broadening, are discussed for seven …

The recombination dynamics of ion pairs generated upon electron transfer quenching of
perylene in the first singlet excited state by tetracyanoethylene in acetonitrile is quantitatively …

In order to understand the electric-field dependence of charge mobility in molecularly doped
organic materials, we consider the one-dimensional migration of carriers between sites with …

The driving‐force dependence of bimolecular fluorescence quenching by electron transfer in
solution, the Rehm–Weller experiment, is revisited. One of the three long‐standing unsolved …