介绍了一种大相对孔径、大视场微光夜视系统的设计方法。
Method design of low light level night vision optical system with wide field view and large relative was described.
分析微光夜视系统对目标特性的改变，探讨提高微光夜视性能的对策。
The effect of LLL night vision system on the target features is analyzed. Finally, LLL night vision performance is studied.
为提高头盔式微光夜视系统的成像质量，并满足整个夜视系统体积小、重量轻的指标要求，提出了非球面物镜系统的设计。
To improve the imaging quality of lens used in the helmet-mounted LLL night-vision system and make lens small in size, light in weight, the lens with the high order aspheric surface is designed.
系统分析了微光夜视器的结构及其原理，并结合当前器件存在的激光致盲威胁，提出了增强系统安全的新措施。
In this article, the glimmer detector's structure and working principles are systematically analyzed, and a new solution to the existing laser menace to present detective apparatus is described.
介绍用于微光夜视仪性能评价的夜天光模拟器的原理和系统概念以及对光源、光谱、滤光片等的选择。
The principle, the system concept and the choice of lamp, spectrum, filter of the night sky radiation simulator for the performance evaluation of lowlevellight night vision systems is introduced.
综合机载微光夜视镜是一种比较复杂的、典型的机载光电系统。
Integrated airborne night vision goggle is a typical and very complex airborne optical system.
样机已通过外场试验证实了其目标发现距离远大于传统的微光夜视仪。本文还重点介绍了与该夜视仪相配合的云台控制系统。
Outfield experiments have confirmed that the target discovered distance of sample devices is by far larger than traditional LLL night vision device.
样机已通过外场试验证实了其目标发现距离远大于传统的微光夜视仪。本文还重点介绍了与该夜视仪相配合的云台控制系统。
Outfield experiments have confirmed that the target discovered distance of sample devices is by far larger than traditional LLL night vision device.
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