Instability of the resonance enhancement of moving photorefractive gratings clickable element
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It is shown that spatial gratings in photorefractive crystals, induced by the standing
interference pattern of two coherent waves and an external alternating electric field, may be …

It is shown that a moving intensity grating in a photorefractive crystal with a sufficiently large
lifetimemobility product can give rise to an instability against excitation of weakly damped …

Signal Pump Page 1 Slowing Down of Light in Photorefractive Crystals with Beam Intensity
Coupling Reduced to Zero A. Shumelyuk,1 K. Shcherbin,1 S. Odoulov,1 B. Sturman,2 E …

The theory of grating oscillations in photorefractive materials is developed in the linear and
nonlinear approximations for the drift mechanism of holographic recording. The resonance …

It is shown that weakly damped space-charge waves exist in photorefractive crystals with a
sufficiently large lifetime–mobility product. The dispersion law, the damping constant, and …

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 …

The slowing-down of light pulses which is due to the photorefractive wave coupling is
accompanied by the fast propagation of the short initial part of a pulse that can be …

A simple theory based on a nonlinear differential equation derived from Kukhtarev's
materials equations and the coupled mode analysis of wave equation is developed to …

The kinetics of charge gratings induced by a standing light wave in a photorefractive crystal
in the presence of an electric field is described correctly. It obeys an ordinary differential …