The principles and applications of the quasimolecular treatment of optical and radiative
collisions are discussed. Main attention is focused on the uniform approximation to the …

We review the theoretical status of intense laser induced orientation and alignment-a field of
study which lies at the interface of intense laser physics and chemical dynamics and having …

We examine theoretically the behavior of cross sections for laser-induced collisional energy
transfer (LICET) over a wide range of detunings and laser intensities for the two-atom pairs …

A review of the status of theoretical and experimental work on Laser-Induced Collisional
Energy Transfer (LICET) is presented. The process involves two dissimilar atoms, one of …

The theory of light-induced collisional energy transfer (LICET) in the Eu-Sr system is
extended to include all the degenerate M states that occur in the separated-atom basis …

Experimental investigation of laser-induced quadrupole-quadrupole collisional energy
transfer between Xe and Kr is reported in this paper. The excitation spectrum of laser …

Strong-field effects in the light-induced collisional energy-transfer spectral profile were
investigated for the europium-strontium binary mixture. When the laser amplitude is …

In this paper we report the measurement of the spectral line shape for the laser-induced
collisional energy transfer reaction between europium and strontium atoms. Cross-sections …

We discuss a scheme suitable for the study of strong-field effects on the excitation spectrum
of the laser-induced collisional energy-transfer process. The use of a weak radiation field, to …

Recent experimental evidences have prompted us to study the dynamics of laser-assisted
rotational excitation of a diatomic molecule due to an ion impact. The collision time between …