高能固体激光系统设计及性能评估
System design and performance evaluation of high energy solid-state lasers system
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摘要: 近年来高能固体激光器研究及小型电源技术取得了很大的进展,使得利用电源提供能量的高能激光器在近期的应用成为可望实现的目标。但由于高能激光系统设计复杂,且造价高,需要在激光系统设计制造之前对系统性价比进行优化,并对系统性能进行评估。其中选择激光器主要考虑激光波长位于大气窗口,使得经大气传输后激光能量衰减尽可能小;光学系统设计主要考虑物理光学效应的限制及增加自适应光学系统对大气效应引起的光束畸变进行校正。大气传输与补偿模拟程序可对包括高能激光系统、激光大气传输效应等进行全程数值模拟,从而可在高能激光系统设计制造之前对系统性能进行评估,或对现有高能激光系统性能及其对靶目标的损伤效果进行评估。Abstract: Solid-state lasers and compact power supplies have been developed much well in recent years, and this makes it a possible aim that solid-state lasers powered by electricity will be applied in the near future. It is necessary to optimize the performance of a laser system design and to evaluate performance of the lasers system before its manufacture in order to maximize performance-cost ratio owing to its complexity and high expenses in manufacture. The laser wavelength should lie the “atmospheric window” and minimum attenuation of laser energy. The consideration in systems design mostly is limitation in physical optical effect and addition of adaptive optics system which could compensate for aberration induced by atmospheric effects. The atmospheric propagation and compensation code could
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Key words:
- solid state laser /
- high energy laser /
- system design /
- performance evaluation
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