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Nonlinearity of the photorefractive response upon two-beam interaction in a bismuth silicon oxide crystal in an alternating electric field

机译:交流电场中铋氧化硅晶体中两束相互作用的光折变响应的非线性

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摘要

Nonlinearity of the photorefractive response is studied experimentally and theoretically upon two-beam interaction of light waves in a bismuth silicate crystal placed in an external meander electric field. The experimental data are shown to be in good agreement with a model, taking into account the influence of the second harmonic of the space-charge field on a photorefractive grating. The concentration of acceptors in a crystal and a product of the mobility of charge carriers by their recombination time are estimated from a comparison of the experimental and calculated data.
机译:通过在外部曲折电场中放置的硅酸铋晶体中光波的两束相互作用,对光折变响应的非线性进行了实验和理论研究。考虑到空间电荷场的二次谐波对光折射光栅的影响,实验数据与模型非常吻合。根据实验数据和计算数据的比较,可以估算出晶体中受体的浓度以及电荷载流子迁移时间乘以它们的重组时间的乘积。

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