近空间激光通信光学系统环境适应性分析

Yuan Hu, Huilin Jiang, Fu Yuegang
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引用次数: 3

摘要

作为高精度光学系统的集成,空间激光通信系统有许多指标达到或接近衍射极限。由于系统工作在与地面环境有较大差异的近空间环境中,需要对恶劣环境下的光学系统质量进行评估。本文以空间激光通信光学系统为例,利用软件模拟分析了该系统对温度和压力环境的适应性,并得出结论。即临近空间环境对空间激光通信光学系统的影响,可以通过设计装配上的调整或减轻温度控制器来减小这种影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Environmental adaptability analysis of near space laser communication optical system
As the integration of high precision optical system, the space laser communication system has many indexes reaching or close to the diffraction limit. Because the system is working in near space environment, which is quite different to the ground, the optical system quality needs to be evaluated in the severe environment. This paper, taking space laser communication optical system as an example, using software to simulate and analyze the temperature and the pressure of environmental adaptability, and draws a conclusion. That is, the near space environment has a effect on the space laser communication optical system, and the effect can be reduced by adjustment in design and assembly or mitigating temperature controller.
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