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Improve space laser communication using adaptive optics system based on MEMS technology

机译:使用基于MEMS技术的自适应光学系统改善空间激光通信

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摘要

Since a free space optics communication system cannot be free of atmosphere turbulence by nature, a micro-Adaptive Optics system based on Micro-Electro-Mechanical Systems technology is discussed, which meets the volume, weight, power consumption, price and heating/cooling requirements in this case. It not only compensates atmospheric turbulence, but also decreases the wavefront aberration resulted by random gravity, heat and component surface error during manufacturing to some degree. The laboratory experiments are also presented to reveal the benefit that such system can provide. Future possible improvements are addressed as well.
机译:由于自由空间光学通信系统无法自然地摆脱大气湍流,因此讨论了一种基于微机电系统技术的微型自适应光学系统,该系统可满足体积,重量,功耗,价格和加热/冷却要求在这种情况下。它不仅可以补偿大气湍流,还可以在一定程度上降低由随机重力,热量和部件表面误差导致的波前像差。还提出了实验室实验以揭示这种系统可以提供的好处。还解决了未来可能的改进。

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