We investigate experimentally the fundamental characteristics of space-charge waves
excited in a photorefractive crystal of Bi_12SiO_20. Features such as their transient rise and …

We present an analysis of what is called parametric oscillation in photorefractive media. It is
shown theoretically that when a running grating and a constant electric field are applied to a …

Theoretical and experimental investigations of the linear and nonlinear space–charge field
effects in photorefractive materials are reviewed. In particular, the aim is to explore the …

A rigorous three-dimensional theoretical description of the two-wave mixing processes in
cubic crystals is presented. The theory includes linear birefringence, self-diffraction, and …

We investigated both analytically and numerically the simultaneous influence of higher-
harmonic gratings and subharmonic gratings on the threshold for generation of the …

The photorefractive band transport model is extended to include magnetic effects. The
Newtonian equation of motion for electrons in the conduction band under combined electric …

对描述双掺杂晶体非挥发性全息记录动力学过程的Kukhtarev 方程进行了矢量分析,
分析中考虑了体光生伏特效应和外加电场的作用. 在小信号近似的基础上给出了双中心全息记录 …

We analyze the nonlinear excitation of holographic gratings in a photorefractive crystal
being subject to an alternating electric field and a stationary light interference pattern. The …

Using a new model based on the so-called perturbational approach, we present a
theoretical analysis of nonlinear multiple-grating interaction in diffusion-dominated …

We present a theoretical model of photorefractive parametric oscillation that is capable of
explaining the occurrence of so-called longitudinal, degenerate, and transversal parametric …