介绍了一种新型微光夜视仪的性能指标、组成及工作原理。
The performance, composition and operation principle of a new type of LLL night vision device are introduced.
微光夜视仪中的物镜和像增强器是影响其性能的两个主要部件。
In LLL night vision instrument, objective and image intensifier are two main parts of effecting its performance.
为了提高微光夜视仪的性能，本文对微光物镜的特性作了分析探讨。
In order to improve the performance of LLL night vision instrument, the property of LLL objective analyzed and discussed in the paper.
此它利用激光辅助照明装置克服了传统的微光夜视仪在全黑天或光照度不足条件下无法工作等不足。
It overcomes shortages of the traditional LLL night vision which can't work in the completely dark environment or the condition that the light is not enough.
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.
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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