In this paper, we establish a new scheme for identification and classification of high intensity
events generated by the propagation of light through a photorefractive SBN crystal. Among …

This work studied the formation of spatial solitons in a SBN: 75 photorefractive crystal by 532
nm continuous-wave laser beam from a single frequency solid laser. It was found that the …

The theory of photorefractive (PR) screening solitons is regarded as a well-established
theory and solidly confirmed experimentally. In this paper we focus main attention on the …

We theoretically predict and experimentally observe the two-dimensional (2-D) bright
solitons in a nonconventionally biased strontium barium niobate (SBN) crystal. A theory …

We study the consequence of temperature variation of the photorefractive crystal on the self-
trapping of an incoherently coupled dark–bright soliton pair in biased centrosymmetric …

By using analytical perturbation and computer simulation, the effect of temperature on the
bright screening solitons in biased photorefractive crystals is investigated. The self deflection …

We report on the excitation of large-amplitude waves, with a probability of around 1% of total
peaks, on a photorefractive SBN crystal by using a simple experimental setup at room …

An analytical model has been developed to describe both drift and diffusion mechanisms of
nonlinear response (local and nonlocal components of nonlinearity) of photorefractive …

Soliton propagation and some related parameter in a photorefractive crystal are considered.
This study analyzes the soliton propagation on a photorefractive crystal having both linear …

The present work represents a first attempt to perform computations of output intensity
distributions for different parametric holographic scattering patterns. Based on the model for …