This paper presents that pumping power change of Nd: YAG laser will induce not only gain change but also loss change.
本文指出当连续YAG器件的泵浦功率变化时，不仅是器件增益发生变化，而且器件的损耗也同样发生变化。
Proposed a novel scheme to measure the Brillouin frequency shift and power change, and analyzed the measurement accuracy of Brillouin frequency shift.
提出了一种同时测量布里渊频移和功率变化的新方案，同时对系统的布里渊频移测量精度进行了分析。
Proposed a novel scheme to measure the Brillouin frequency shift and power change, and analyzed the measurement accuracy of Brillouin frequency shift.
提出了一种同时测量布里渊频移和功率变化的新方案，同时对系统的布里渊频移测量精度进行了分析。
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