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Probe beam amplification and phase conjugation self-oscillation in a Kerr medium

机译:Kerr介质中的探测光束放大和相位共轭自激振荡

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摘要

In a highly-nonlinear thin Ker medium, the intersection of a strong pump beam and a much weaker probe beam produces a sizeable diffracted beam whose presence changes both the transmitted probe beam gain and the phase conjugation self-oscillation thresholds. An analytical calculation of these effects involving degenerate multiwave mixing processes is presented.
机译:在高度非线性的薄Ker介质中,强泵浦光束和弱得多的探测光束的交点会产生可观的衍射光束,其存在会改变透射的探测光束增益和相位共轭自振荡阈值。提供了涉及退化多波混合过程的这些影响的分析计算。

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