1) low light night vision technology
微光夜视技术
1.
The article introduces the history,current situation and latest development of low light night vision technology,analyzes several technical parameters deciding the overall performance of such equipment and forecasts the trend,which is significant for wholly understanding and grasping the development direction of this technology and the equipment.
文章介绍了微光夜视技术的发展历程、现状和最新进展,分析了决定微光夜视装备整体性能的几个主要技术参数,展望了微光夜视技术的发展趋势。
2) night vision technology
夜视技术
1.
The differences between two kinds of night vision technology are discussed.
以像增强器为主线概述微光成像技术,以红外探测器为主线概述红外热成像技术,分别介绍各自的发展历程、技术特点和发展趋势,并对这二种夜视技术进行了比较,最后介绍微光图像和红外图像的融合技术。
2.
Night vision technology includes low-light-level image intensifier (L+3I+2) technology and thermal image technology.
微光和热成像技术是夜视技术的两大组成部分 ,非制冷热成像技术是红外成像技术的最新成就之一。
3.
The development survey of the third and super second generation LLL night vision technology is introduced, and their respective principles,technical features and key subjects are clarified with the emphasis on pointing out the differences and similarities between them and their mutual relationship.
介绍三代微光和超二代微光夜视技术的发展概况：阐明了它们各自的原理、技术特点和关键课题；着重指出了两者间的异同和相互联系。
3) night vision
夜视技术
1.
The current military night vision technologies and the night vision technologies being de- veloped at broad are presented comprehensively.
全面介绍了目前军用夜视技术和国外在研的夜视技术的发展现状,并且客观地分析了其在军事应用上的弱点,并针对其弱点,提出了一些对抗措施。
4) night vision
微光夜视
1.
Integrated airborne night vision goggle is a typical and very complex airborne optical system.
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。
2.
Aim To describe accumulating frames characteristics of CCD camera as a night vision detector.
目的 研究ＣＣＤ 摄像机作为微光夜视探测器的帧累积特性。
3.
The TDI characteristics of CCD camera as a low illumination level night vision detector is described.
叙述了CCD摄像机作为微光夜视探测的TDI(时间延迟积分 )特性及实时显示多帧累积后目标图像的技术 ,利用CCD摄像机的外触发控制系统和EPLD可编程逻辑器件实现图像的TDI累积。
5) low light level night vision
微光夜视
1.
The article expounds the application and functions of MCP in the technique of low light level night vision through the analysis on structure,working principle and features of MCP.
通过对MCP的结构、工作原理及特点的分析 ,阐述了MCP在微光夜视技术中的应用和作
2.
Method design of low light level night vision optical system with wide field view and large relative was described.
介绍了一种大相对孔径、大视场微光夜视系统的设计方法。
6) LLL night vision
微光夜视
1.
The effect of LLL night vision system on the target features is analyzed.
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。
2.
LLL image intensifier is one of the most important kind of night vision photoelectric image device at present, and it is used widely in many fields such as LLL night vision, optical radiation measurement, camera device and so on.
微光像增强器是目前微光夜视产品中最为重要的光电成像器件之一，它被广泛地应用于微光夜视技术、光辐射测量、摄像器件等各个领域。
补充资料：微光夜视技术
在可见光和近红外波段范围内，将微弱的光照图像转变为人眼可见的图像，扩展人眼在低照度下的视觉能力。微光夜视仪器可分为直接观察和间接观察两种类型。直接观察的微光夜视仪，由物镜、像增强器、目镜和电源、机械部件等组成，人眼通过目镜观察像增强器荧光屏上的景物图像，已广泛用于夜间侦察、瞄准、驾驶等。间接观察的微光电视，由物镜、微光摄像器件组成微光电视摄像机，通过无线或有线传输，在接收显示装置上获得景物的图像，可用于夜间侦察和火控系统等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条