We experimentally and theoretically investigate optical beam propagation in nonlinear
refractive materials having a thickness greater than the depth of focus of the input beam (ie …

We report on a method aimed at measuring both the real and imaginary parts of the third-
order Kerr-type nonlinear-optical susceptibility of isotropic materials. It is based on Kerr …

In this paper a phenomenological semiclassical theory of pulsed-laser-pumped dye-laser
light amplifiers is presented. The theory accounts for the broadband radiation absorption …

Phase conjugation of XeCl excimer laser radiation (λ= 308 nm) was investigated using two
different types of stimulated scattering: stimulated Brillouin scattering (STBS) and stimulated …

This article reviews the application of some of the principal methods of picosecond and
femtosecond laser spectroscopy to the investigation of the dynamics of carriers, phonons …

There is a continuous effort to generate stable, powerful picosecond laser pulses for
application in spectroscopy, nonlinear optics and parametric light generation, as well. One of …

Phase conjugation (PC) of XeCl laser radiation by two different kinds of stimulated
scattering, stimulated temperature scattering (STS) and stimulated Brillouin scattering (SBS) …

Исследовано ОВФ излучения эксимерного XeCl-лазера (λ= 308 нм) при двух различных
видах BP–ВРМБ и ВТР. Показано, что ВТР может обуславливаться как линейным, так и …

The availability of picosecond mode-locked pulses and low loss optical fibre has made it
desirable to use the effects of self-induced phase-shifts for applications in all optical …

Transient phase conjugation and beam combination by degenerate two wave and four-wave
mixing in isotropic media Transient phase conjugation and beam combination by degenerate …