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Electronic Stabilization of Continuous-Wave and Pulsed Lasers Based on Macroscopic Rate-Equation Modelling

机译:基于宏观速率方程建模的连续波和脉冲激光的电子稳定

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摘要

We present a macroscopic laser rate-equation model based on measurable laser parameters, allowing easy system identification. A numerical simulation based on the model is used in the design and testing of electronic laser feedback systems for intensity noise suppression and $Q$-switched pulse stabilization. A novel pulse energy control scheme is also presented, including experimental results.
机译:我们提出了一种基于可测量激光参数的宏观激光速率方程模型,可以轻松识别系统。基于该模型的数值模拟被用于电子激光反馈系统的设计和测试中,以抑制强度噪声和$ Q $开关脉冲稳定化。还提出了一种新颖的脉冲能量控制方案,包括实验结果。

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