Theoretical and experimental investigation of aerodynamic window for high-power laser

Wenfeng Yu, Zu-hai Cheng, Shao-lou Hu, Yang Zhang, Yufeng Peng, Feng Li
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Abstract

A new type of aerodynamic window structure using jet- injection is developed. The theoretical analysis and experimental research are presented as well. Results showed that while the lowest sealing pressure is 5.0 Torr and gas consumption is 35 g/s, the ratio of the Strehl reaches 0.98. The new aerodynamic window is demonstrated satisfactorily in the experiment connected to high-power laser.
大功率激光器气动窗口的理论与实验研究
研制了一种新型的喷射气动窗结构。并进行了理论分析和实验研究。结果表明:在最低密封压力为5.0 Torr、耗气量为35 g/s时,施特雷氏比达到0.98;在高功率激光的实验中,新的气动窗得到了满意的验证。
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