Using the distinctive features of the photorefractive nonlinearity, we derive a general self-
consistent set of equations to describe two-wave coupling in the presence of fast and …

We investigate theoretically and experimentally the operation of a nonlinear system,
feedback controlled photorefractive beam coupling. It is shown that the feedback equations …

The gradual reorientations in crystal geometry encountered during angle-multiplexed
holographic recording with obliquely incident recording beams can create significant …

We investigate the physics of a novel nonlinear system, feedback controlled photorefractive
beam coupling. Inertia of the electronic feedback is found to be an element crucial for …

Dynamic coupled-wave theory predicts the bending of recorded hologram phase planes in
most photorefractive crystals. Bent holograms occur in LiNbO_3 and other photovoltaic …

The grating translation technique (GTT), which employs a momentary shift of light fringes
during holographic recording, is a powerful tool for characterization of nonlinear materials …

We have developed an approximate analytic expression of two wave mixing for absorption
and phase gratings in photorefractive materials taking into account self-diffraction effect of …

提出了一种在双掺杂铌酸锂晶体中用调制的双紫外光进行非挥发全息记录的方法.
与通常的用紫外光敏化的非挥发全息记录相比, 这种方法可以大幅度地提高光栅强度和记录 …

The introduction of certain electronic feedback loops into photorefractive wave-coupling
schemes makes them noise free and leads to dramatic changes of the whole nonlinear …

An active stabilization of photorefractive two-wave coupling by means of an electronic
feedback loop has been used extensively during recent years in transmission geometry. It …