We present a numerical and experimental study of vectorial two-wave mixing in cubic
photorefractive crystals with nonlocal gratings in the case of strong wave coupling when the …

We investigate analytically and numerically the influence of the type of the photorefractive
nonlinear response on the periodic states (attractors) which occur during feedback …

We develop the idea of critical enhancement of the photorefractive response near the
threshold of parametric excitation of space-charge waves (the spatial subharmonics) taking …

Abstract Model of polychromatic two-wave mixing in a cubic photorefractive crystal is
proposed. The model is based on the coupled waves theory and allow simulate the …

The principle of optical detection of ultrasound consists in measuring the phase modulation
induced by the small ultrasonic surface displacement upon a probe beam impinging on the …

The experimental and theoretical studies of a polarization self-modulation effect in
photorefractive Bi 12 TiO 20 crystals are presented. We developed an approximate theory …

We deal with the vectorial equations of two-wave mixing without an external field (diffusion
response) in Bi_12SiO_20 and Bi_12TiO_20 by splitting the vectorial amplitudes of signal …

We present a new method to solve the coupled equations for two-wave mixing (TWM) in
sillenites. The first-order solutions, based on the approximation of a weak grating and strong …

We investigate here both theoretically and experimentally light-induced scattering in (111)-
cut Bi 12 TiO 20 crystals with an external ac field. Our simple analytic solution, which is …

Six-channel adaptive interferometer based on dynamic holograms multiplexing in
photorefractive CdTe: V crystal is developed. The geometry of wave mixing in the crystal …