We explore theoretically and experimentally how application of an electric field to a
photorefractive crystal affects the recording and the readout of holograms. We consider, for …

We explore theoretically and experimentally how applying an electric field to a
photorefractive crystal affects the recording and the readout of a hologram. We present a …

We study detuning effects that modify the Bragg condition in photorefractive crystals and
analyze the influence of these effects on the retrieval of information that is stored in such …

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 …

Holographic image formation in photorefractive crystals with use of a complex object wave
front is studied both theoretically and experimentally. It is shown that the optimal conditions …

The theoretical analysis of unstationary holographic recording in photorefractive crystals
under an external alternating electric field is presented. In particular, a step-like ac field …

Theoretical and experimental studying of the vectorial wave mixing in the photorefractive
crystal in the reflection geometry without applying an external electric field is presented. We …

We have recorded running holograms in a photorefractive crystal with an applied electric
field, using a 90° phase-shift fringe-locked interference pattern of light. This method provides …

Holographic recording in electro-optic photorefractive crystals (where refractive index
changes are photoinduced) was first proposed by Chen et al.[4.1] and later by Staebler and …

A mechanism for recording a static hologram in a photorefractive crystal in an externally
applied ac field is investigated. One beam is rapidly modulated, and the interference pattern …