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Parametric study of a Hybrid Stable Unstable Resonator (HSUR) for slab lasers in strongly non-confocal configuration

机译:强共焦配置下用于平板激光器的混合稳定不稳定谐振器(HSUR)的参数研究

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We present a numerical analysis, modeling the behavior of a Hybrid Stable-Unstable Resonator (HSUR) in strongly non-confocal configurations. The simulation outputs enable us to attest the extracted beam properties observed in our experiments on a Diode Pumped Ceramic Nd:YAG laser equipped with a non-confocal HSUR. Beam structure and propagation factor (M~2) are calculated and compared to the experimental measures. The parametric study of cavity losses and extracted beam properties also demonstrates that out-coupling coefficients compatible with design requirements and good quality extracted beams can be obtained also in this non-canonical cavity setup.
机译:我们提出了一个数值分析,对强非共轭配置中的混合稳定不稳定谐振器(HSUR)的行为进行建模。模拟输出使我们能够证明在配备非共聚焦HSUR的二极管抽运陶瓷Nd:YAG激光器上的实验中观察到的提取光束特性。计算了梁的结构和传播系数(M〜2),并与实验方法进行了比较。腔损耗和提取光束特性的参数研究还表明,在这种非规范腔设置中,也可以获得与设计要求兼容的耦合系数和高质量提取光束。

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