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Research review on the development of liquid crystal optical phased array device on the application of free space laser communication

机译:基于自由空间激光通信的液晶光学相控阵器件研究进展

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This paper reviews the research progress of liquid crystal optical phased array(LCOPA) devices in space lasercommunication applications. According to the constraints of space applications and system requirements, in the designand key technologies of array devices, the research progresses on the implementation methods such as wide-point range,large-aperture optical aperture, short response time, and space environment adaptability are emphatically introduced. Inintroducing the wide beam pointing range, the beam control method and the digital concatenation scheme are mainlydescribed. In the study of large aperture, the area filling module and the area selection module are separately analyzed.And comparatively expounded the realization of sub-millisecond order rapid response of liquid crystal materials, andfinally gave the United States Air Force laboratory's research on the liquid crystal optical phased array device irradiationenvironment adaptability research results.
机译:本文综述了空间激光液晶相控阵器件的研究进展。 通讯应用程序。根据空间应用的限制和系统要求,在设计中 和阵列设备的关键技术,在宽点范围, 着重介绍了大口径光学孔径,响应时间短和对空间环境的适应性。在 在介绍较宽的光束指向范围时,主要采用光束控制方法和数字级联方案 描述。在大孔径研究中,分别对面积填充模块和面积选择模块进行了分析。 并比较阐述了亚毫秒级液晶材料快速响应的实现,以及 终于给了美国空军实验室对液晶光学相控阵器件辐照的研究 环境适应性研究结果。

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