… two-beam coupling gain g was measured in each BaTi03 … g, ), where the gain g is defined
as the intensity increase of the … , the k-vector of the photorefractive grating aligned along the c …

… increase with intensity. We present a model, in the spirit of commonly used (photorefractive)
theories, for photorefraction … attributed to the presence of secondary photorefractive centers. …

… materials yielded crystals with the highest photorefractive gain, whereas the extremes either
… atm of oxygen yielded a tenfold increase in photorefractive carrier density related to a sharp …

… At room temperature, BCT has the same symmetry as BaTiO3. We will thus carry … barium
titanate. We thus perform classical measurements of the dependence of the photorefractive gain …

… This "photorefractive" effect arises from a light-induced migration and separation of charge
… migration of charges mediating the photorefractive effect in barium titanate. We also present …

We present concrete evidence for the formation of ferroelectric domain gratings induced by
photorefractive space-charge electric fields in top-seeded solution-grown barium titanate …

… two active photorefractive species. One of these crystals has the highest beam-coupling gain
coefficient … Photo refractive barium titanate (BaTi03 ) crystals are important media for optical …

… Unfortunately, the photorefractive gain in barium titanate is … Theory predicts that the
photorefractive gain will decrease linearly … of the photorefractive gain in a barium titanate crystal. …

… to develop a more general understanding of the photorefractive behavior of BaTiO 3 . The
model … the photorefractive trap densities and hence to determine the beam-coupling gain and …

… Barium titanate, BaTiO 3 , is a photorefractive crystal that is widely used for optical
information-processing applications, eg, holographic optical memories,[1] self-pumped phase-…