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Detection of resonance space-charge wave peaks for holes and electrons in photorefractive crystals.

机译:检测光折晶体中孔和电子的谐振空间电荷波峰。

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The resonance peak characteristic for both the electron- and the hole-photoactive centers in a Bi_(12)TiO_(20) photorefractive crystal were detected in a nearly degenerate two-wave mixing experiment under applied electric field. The general features in this experiment were analyzed using a simplified mathematical model describing the effect of hole-electron competition upon running holograms where wave mixing as well as the electric coupling between electrons and holes are considered.
机译:在施加电场的几乎简化的两波混合实验中检测到Bi_(12)TiO_(20)光折射晶体中的电子和空穴光活性中心的共振峰特性。使用简化的数学模型分析了该实验中的一般特征,所述数学模型描述了孔电子竞争在运行热量点的运行时的孔 - 电子竞争以及电子和孔之间的电耦合时的效果。

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