Light-beam profile deformation during scattering with the photorefractive grating formed by
the diffusive, photovoltaic, and drift mechanisms is investigated in the case of anisotropic …

A hologram generally is formed in a photorefractive crystal by the interaction of the grating
formulation that is due to the space-charge field that grows from the beam interference …

Interactions between optical beams incident upon and two higher-order self-diffracted
beams generated within an absorptive photorefractive material are investigated by solving a …

A method for writing programmable volume phase gratings into photorefractive materials
using visible wavelengths in a transmission geometry, and then subsequently probing these …

A new method of measuring Bragg diffraction more accurately is introduced. When three
formulas of photorefractive grating formation are given as functions of intensity modulation …

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 general analytical model is developed for analysis of the diffraction properties of layered
structures of photorefractive gratings. With this model a simple closed-form expression is …

In our proposal a light intensity distribution generated by an incoherently illuminated planar
amplitude grating is projected into a photorefractive crystal. This 3D distribution is mapped …

An analytical solution is presented to the vectorial coupled wave equations for the steady
state amplitudes of two waves interacting in cubic photorefractive crystals. The solution …

A two‐dimensional treatment suitable both for perpendicular (Pockels readout optical
modulators, etc.) and for parallel (image amplifiers, etc.) photorefractive devices is …