Secondly, two schemes are come up with, which are used to compensate for stress-birefringence in average power plasma electro-optic switch.
第二,针对限制等离子体电光开关在重复频率下应用的主要热问题-热致应力双折射,提出了纵向应用下重频等离子体电光开关热致应力双折射补偿方案。
参考来源 - 重复频率等离子体电光开关热问题及其控制·2,447,543篇论文数据，部分数据来源于NoteExpress
The breakdown time delay and jitter are very important for the plasma-electrode Pockels cells(PEPC) electro-optic switch driven by one-pulse process.
减小单脉冲等离子体电极普克尔盒电光开关击穿时间延迟与抖动问题是提高大口径电光开关性能的关键。
A one-dimensional numerical model for analyzing helium discharging of electro-optic switch driven by single-pulse process is proposed based on its microscopic physical mechanism.
根据单脉冲过程电光开关气体放电的微观物理过程，提出了氦气放电的一维数值模型。
The simulated results indicate: variation of electro-optic coefficient as well as stress birefringence is the main factor, which induces depolarized loss of the switch.
数值模拟显示：电光系数随温度变化和应力双折射是引起开关退偏损耗的主要因素。
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