A numerical solution to the band transport equations is presented, which is quite general,
and predicts the behaviour of photorefractive materials in the saturation limit with a moving …

The vertical angular selectivity of volume holographic gratings in photorefractive crystals is
investigated both theoretically and experimentally. The vertical selective angle and the …

Analytic expressions are derived for second-and third-order space-charge fields for a
moving intensity pattern and arbitrary field strengths. The dependence on the spatial …

An approach previously developed by M. Carrascosa and F. Agullo-Lopez (ibid. vol. QE-22,
p. 1369-75, 1986) to deal with the erasure kinetics of holographic gratings in photorefractive …

The authors report the detailed study of salient features of an adaptive interferometer
operating via dynamic two-wave mixing in a cubic photorefractive Bi/sub 12/SiO/sub …

When photorefractive materials are included as elements in image and signal processing
systems, the dynamic range of the photorefractive element has a significant impact on the …

The frequency dependence of the photorefractive effect is considered. The frequencies can
be applied by introducing a temporal phase shift in one of the beams in a two-wave mixing …

Equations for the grating space-charge density and concentration of free carriers induced by
a standing light wave in an anisotropic photorefractive crystal are derived and solved. 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 …

A theoretical model of the formation and behavior of holographic gratings in photorefractive
crystals, based on the assumption of two types of active centers being involved and …