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A catadioptric infrared dual band optically passive athermal optical system

机译:一种抗射频红外双频带光学被动热门液晶系统

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摘要

The paper proposes a catadioptric infrared dual band optical system based on catadioptric configuration and optically passive athermal design method. The system shares primary mirror, secondary mirror and collimating lens group, and achieves abruption in longwave infrared and midwave infrared using a dichroic beam splitter. The influence of temperature on optical parameters, the design theory and design method are analyzed. A design example is presented. The detailed optimization design method and some considering factors in engineering design moment are discussed. The design results illustrate that the system can obtain good image quality in environment temperature of 10-40 degrees C, which could satisfy the design requirement. The actual test result not only satisfies the design requirement, but also validates the availability of the method in the paper.
机译:本文提出了一种基于抗辐射构造和光学无源动脉设计方法的途径红外双频光学系统。 该系统共享主镜,二级镜像和准直镜头组,并使用二向分子分离器在长波红外和中空红外线上突破。 分析了温度对光学参数,设计理论和设计方法的影响。 提出了一个设计示例。 讨论了工程设计时刻的详细优化设计方法及考虑因素。 设计结果说明了系统可以在10-40摄氏度的环境温度下获得良好的图像质量,这可以满足设计要求。 实际测试结果不仅满足设计要求,还验证了纸张中方法的可用性。

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