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Cerium-ion-doped barium-strontium niobate crystals are considered as a medium for information holographic recording. A brief account is given of the technology of crystal growth and of their optical and electrophysical properties. The laws of photoconductivity drop are established and the products of phenomenological parameters μβτ are determined. The photorefractive characteristics of the crystal are investigated; the dependences of efficient sensitivity and amplification coefficient on spatial frequency are established. A new effect of light anisotropic scattering by crystals is observed and its interpretation is given. Finally holographic characteristics of the crystal are presented.
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Dorosh et al. (1981) studied this question.
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