Influence of Piezoelectric and Photoelastic Effects on Pulse Holotgram Recording in Photorefractive Crystals

R. Litvinov, S. Shandarov
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引用次数: 4

Abstract

In paper1 the effective recording of hologram gratings in photorefractive cryctals by short light pulses was studied experimentally. The self-diffracthion theory of light pulses for the time of Maxwell’s relaxation τm which was negligible compared with the pulse duration τu was investigated by Kuchtarev and Semenetz2. Here we did not take into account the influence of piezoelectric and photoelastic effects that might have a strong influence on hologram recording and restoration3. The results of the analysis of hologram grating pulse recording in photorefractive crystals accounting for piesoelectric and photoelastic effects for τu«τm.
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压电和光弹性效应对光折变晶体中脉冲全息图记录的影响
本文研究了利用短光脉冲在光折变晶体中有效记录全息图光栅的问题。Kuchtarev和Semenetz2研究了光脉冲的麦克斯韦弛豫时间τm与脉冲持续时间τu相比可以忽略不计的自衍射理论。这里我们没有考虑压电和光弹性效应的影响,它们可能对全息图的记录和恢复有很大的影响。考虑τu«τm的光子电和光弹性效应的光折变晶体全息光栅脉冲记录分析结果。
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