而超薄反射镜主动支撑和控制是实现超轻量化反射光学系统的关键技术。
Active support and control of ultra-thin mirror is the key technology of the ultra lightweight optical system.
不论在白天或黑夜均有良好的逆反射光学性能；尤其在晚上，能如白天一样高能见度；
It has a high retroreflective performance and reflects light from different angles during the day or night, particularly in the evening.
本文在三镜反射光学系统的几何光学理论基础上，尝试性进行了小尺寸、大视场、长焦距全反射系统的设计。
An all - reflective system with compact structure and wide field of view is designed on the basis of geometry optical theory.
镜头玻璃表面的真空沉淀镀膜减少了最终成像上令人头疼的反射光线和杂散光，同时也为今天复杂光学系统扫清了道路。
This vacuum-deposited coating on the lens's glass surfaces reduces bothersome reflections and stray light in the image, and paved the way for today's highly complex optical systems.
然后由光检测器(31)检测反射光束(L2)或光学，例如发光响应中的光量。
The amount of light in the reflected light beam (L2) or an optical, e. g. luminescence response is then detected by a light detector (31).
研究了几种常用的光学检测理论及其实现方法，在此基础上，完成了OMSDS系统结构设计及入射、反射、散射基本光路设计，通过实验验证了入射和反射光路的可行性。
The OMSDS and its basic optical layout are designed with the help of several conventional optical theory used for surface detecting. The experiment indicates that our design is feasible.
根据衍射光学理论分析了红外系统后向反射光强的分布。
According to the theory of diffraction, the intensity distribution of laser reflected from infrared system is analyzed.
根据衍射光学理论分析了红外系统后向反射光强的分布。
According to the theory of diffraction, the intensity distribution of laser reflected from infrared system is analyzed.
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