The efficiency and time response of a Ce-doped BaTiO3 crystal as a self-pumped phase
conjugator were investigated at 514.5 nm at elevated temperature. It was found that its …

We present two-beam coupling experiments in the nanosecond regime at 1.06?? µm, using
photorefractive BaTiO_3: Rh.? The maximum observed exponential gain coefficient is 14.2 …

The gain–length product for two-wave mixing in photorefractive BaTiO_3 is calculated as a
function of the angles between a pump beam and a scattered beam and the crystal c axis …

Considerable improvement of a transient two-beam coupling gain is reported for
Sn_2P_2S_6, a photorefractive crystal that possesses two types of movable charge carrier …

A dynamic incoherent-to-coherent converter using the photorefractive fanning effect is
demonstrated in a BaTiO_ 3: Ce crystal, and high-quality positive replicas of the incoherent …

We present and experimentally demonstrate a new method for enhancing the signal-to-
background ratio of two-wave mixing in photorefractive crystals. The method uses a mutually …

We show that photorefractive materials having large electro-optic coefficients such as
BaTiO3 require relatively small electric field to induce sufficient phase mismatch for the …

The photo-electromotive force induced by a speckle pattern vibrating with large amplitude in
photorefractive CdTe: V and CdTe: Ge is experimentally studied. This technique is shown to …

We explain the apparent sublinear intensity dependence of photoconductivity in barium
titanate. In our model shallow acceptors act as a reservoir for charges optically excited from …

After recalling the principal results of the theory of two-wave mixing gain enhancement in
photorefractive InP: Fe crystals under a dc field, we report on experiments performed with …