The holographic double-exposure technique is applied to elementary gratings in
photorefractive crystals. The result is an interconnection strength that is a continuous …

The diffraction from a thick photorefractive hologram is shown to be angular dependent,
which originates mainly from the angle-dependent effective electro-optic coefficient of a …

We report the real-time direct interference-term measurement for a two-wave-mixing
experiment in photorefractive crystals. Knowledge of the interference term may provide …

We introduce holographic scattering as a technique to determine the activation energy for
thermal fixing of refractive index patterns in photorefractive crystals. After recording a …

The holographic imaging of rigid objects with diode lasers emitting in many wavelengths in a
sillenite Bi 12 TiO 20 photorefractive crystal is both theoretically and experimentally …

We propose a novel approach to visualize the light-induced refractive index changes in
photorefractive crystals employing digital holography. The holograms formed in a Mach …

Diffraction-efficiency measurements are compared with the microphotometric determination
of the intensity pattern at the exit face of a LiNbO 3-sample during the holographic recording …

It is shown that under uniform illumination and application of an external electric field, a
phase volume hologram in a photorefractive crystal exists in the form of relaxing running …

Based on a classical two-exposure holographic technique, real-time image subtraction is
obtained in four-wave mixing of a reflection hologram type with highly sensitive …

A mechanism for recording a static hologram in photorefractive Bi_12TiO_20 crystal by a
moving interference pattern is studied theoretically and experimentally. The mechanism is …