Modern laser-based spectroscopy has provided methods for detection ultrafast
photochemical transformations occurring on the timescale of intramolecular and solvent …

Several controversial questions in the field of bimolecular photoinduced electron transfer
reactions in polar solvents are first briefly reviewed. Results obtained in our group using …

Manifestation of the dynamic solvent effect (DSE) on the charge recombination (CR) kinetics
of photoexcited donor–acceptor complexes in polar solvents has been investigated within …

The review is devoted to studies of the kinetics of fast photochemical processes in liquid
solutions. With use of abundant experimental data and results of theoretical simulations, it is …

A UV-IR-Vis 3-pulse study of infra-red induced changes to electron transfer (ET) rates in a
donor–bridge–acceptor species finds that charge-separation rates are slowed, while charge …

The dynamics of photoinduced electron transfer between polar acceptors and donors has
been investigated in apolar solvents using femtosecond-resolved fluorescence …

The dependence of the ultrafast photoinduced electron transfer dynamics in donor-acceptor
complexes on the excitation pulse carrier frequency (spectral effect) has been investigated …

A model of nonequilibrium charge recombination from an excited adiabatic state of a donor-
acceptor complex induced by the nonadiabatic interaction operator is considered. The …

Among various excited state molecular interactions, photoinduced charge transfer (CT) and
electron transfer (ET) are the most important fundamental ones underlying most problems in …

The excitation of a charge transfer band by a laser pulse of finite duration and the ensuing
charge recombination are calculated in the framework of the perturbation theory. The …