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Spatial structure of radiation at self-frequency conversion in active nonlinear crystals

机译:有源非线性晶体自频率转换时辐射的空间结构

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摘要

The intracavity self-frequency conversion of laser radiation in active nonlinear crystal is studied. The spatial distributions of intensities and powers of laser radiation and radiation with conversed frequency are calculated by the method of numerical simulations as functions of parameters of cavity, active nonlinear crystal and pump. The analysis is performed for periodically poled Nd:Mg:LiNbO_3 crystal taking diffraction into account.
机译:研究了有源非线性晶体中激光辐射的腔内自频转换。通过数值模拟的方法,根据腔,有源非线性晶体和泵浦的参数,计算出激光辐射和逆频率辐射的强度和功率的空间分布。考虑到衍射,对周期性极化的Nd:Mg:LiNbO_3晶体进行分析。

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