微光夜视仪

MCP防离子反馈膜对微光夜视仪的成像质量与使用寿命有着重要的影响。

MCP ion barrier film has significant effect on low-light level night vision instrument imaging quality and service life .

机载微光夜视仪折衍混合物镜的设计研究

Design of refractive-diffractive hybrid objective lens in airborne night vision goggle

用于头盔微光夜视仪的折/衍混合光学系统设计

Design of Refractive / Diffractive Optical System for Head-mounted Night Vision Goggle

微光夜视仪对强闪光的响应研究

Research on the Response of Night Vision Equipment to the Intense Flash

微光夜视仪中物镜光学系统的小型优化设计

Miniaturization Design of Objective Lens Optical Systems Used in Low-Level-Light Night Vision

微光夜视仪安全保护器的研制

Development of the Safety Feature for Night Observation Device

微光夜视仪视见性能的分析

Visual Performance Analysis of Low-light level Night Vision Device

头盔式单目微光夜视仪中非球面物镜系统的设计

Design of aspheric lens in helmet-mounted LLL night-vision system

本文的主要工作内容是设计并校正了微光夜视仪的光学系统。

The optical system of LLL night vision instrument is designed and calibrated .

对微光夜视仪进行了强光干扰试验，得到了夜视仪对强闪光的响应现象，并对相应的试验结果进行了初步分析。

The response of night vision equipment to the intense flash is obtained and analyzed .

可以为微光夜视仪检测试验提供满足试验要求的电应力。

It can provide electrical stress that meet the testing requirements to night vision testing .

激光助视/微光夜视仪光谱匹配技术研究

A Study on the Spectral Matching Technology of the LLL Night Vision System with Laser Illuminator

但对于红外照明增强微光夜视仪的夜视效能的衡量、检验标准和方法，目前还未见到相关的报道。

But the way that test and scale night vision efficiency was not reported at present .

微光夜视仪是专门研究在夜间低照度的条件下，实现夜间观察的一种高新技术。

A low-light level ( LLL ) night vision system is devoted to observe in night illumination conditions .

微光夜视仪的出现使人们的视觉从白昼延伸到了黑夜。

With the help of night vision instrument , people can see the objects in the dark area .

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 .

伴随着微光夜视仪的出现，人的视觉不再停留于白昼，而是走进了黑暗。

With the emergence of night vision devices , human vision no longer stays in the day , but into the dark .

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。

Outfield experiments have confirmed that the target discovered distance of sample devices is by far larger than traditional LLL night vision device .

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 .

这不仅需要进行微光夜视仪可靠性试验装备研究，还需开展与之相关的试验技术研究。

It not only request the research on the reliability testing equipment of night vision viewer , but also request the research on the interrelated testing technology .

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 .

现代战场上，大量装备的各类观瞄器材中使用最普遍的是微光夜视仪。

The apparatuses of LLL night vision system are commonly equipped in a great deal of all kinds of imaging system for observing or aiming on modern war-field .

为此，文中研究了一种大视场微光夜视仪，并设计出了更加接近于人眼的连续宽视场光学系统。

To solve this problem , this paper studies a low-light level night vision with large field , and designs a nearly continuous wide-field optical system with is more suitable to human eye .

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 .

在微光夜视仪出现的近半个世纪里，微光像增强器的研究取得了长足的进展，已从第一代发展到了第四代。

In the half century of advent of night vision instrument , the study on the image intensifier made great progress and image intensifier was developed from the first generation to the fourth generation .

微光夜视仪是一种能够使人眼在低照度下提高视觉观测能力及空间识别能力的光电成像设备，主要应用于夜晚监控、桥梁架建、车辆驾驶、夜间观察作业等方面。

The low-light level night vision device is a kind of imaging apparatus , which can improve the visual observation ability and the spatial recognition ability of eyes under the circumstance of low illumination .

微光夜视仪检测设备是一种用来检测微光夜视仪稳定性以及各项性能指标的设备，而微光应力源系统用来提供检测使用的夜间光照环境。

Low-light level night vision device testing equipment is used to detect stability of low-light level night vision device and performance indicators , and the low-light level stress source system provide night lighting environment .

为了科学、客观地评价夜视系统的可靠性指标，需对微光夜视仪系统按照可靠性试验剖面要求进行各种应力条件下的可靠性试验。

In order to evaluating the system reliability of a night vision system scientifically as well as objectively , the reliability test on variable situation is requested according to the " reliability testing section " .

在机载微光夜视仪的物镜中采用先进的二元光学技术，从而设计出一种新颖的折衍混合物镜光学系统，简化系统结构、缩小体积、降低重量，提高像质和光学效率；

Employing modern binary optical technology in the objective lens of airborne night vision goggle , we designed a novel refractive diffractive hybrid field lens with simple structure , small size , light weight and improved optical performance and efficiency .