1) Military opto-electronic system
军用光电系统
2) military optical system
军用光学系统
1.
In order to design and fabricate Computer-Generated Hologram(CGH) used in military optical systems, we have to fit out the analytical expression for object wavefront.
用于军用光学系统的计算全息元件的设计与制作,需要求取物波函数,采用高次多项式拟合不仅计算误差大,而且增加了在计算全息编码、基本方程求解时的计算量。
2.
With the wide use of low-light-level,infrared, laser and image processing technology in the modern weapon systems,the optoelectronic weapon systems are developed rapidly and the reliability of the military optical systems, which will directly effect the combat capability and the requirment for the logistical support etc, will catch more and more attention of the people.
随着微光技术、红外技术、激光技术、图像处理技术在现代武器系统中的广泛应用 ,光电武器系统得到了飞速发展 ,从而使得人们愈来愈关注军用光学系统的可靠性问题 ,它直接影响武器系统的作战能力及对后勤支援的要求 ,乃至对部队编制员额及技术能力的要求。
3) military laser sysetem
军用激光系统
4) military power system
军用电力系统
1.
Frequency is one of the most important performance parameter of military power system.
军用电力系统是火力与指挥控制系统最重要的能源,其供电质量直接影响火力与指挥控制系统的作战效能。
5) military electronic system
军用电子系统
1.
Maintainability design is an important part of the development process of a large scale military electronic system.
维修性设计是大型军用电子系统研制过程中的重要组成部分,介绍了维修性的基本概念和重要意义,详细论述了在开展维修性设计过程中,应主要关注的各项工作和要求,同时提出了提高军用电子系统维修性的各项技术措施。
6) military electronics information system
军用电子信息系统
1.
On the basis of analysis and summary of netware, node and interface technologies in integration of military electronics information system, research emphases in the future on these three aspects are brought forward.
在分析和综述军用电子信息系统综合中的节点、网络和接口技术的基础上,提出未来一个时期这三个方向的研究重点。
补充资料：光电对抗侦察(见光电对抗)
光电对抗侦察(见光电对抗)
electro-optical reconnaissance of electronic warfare
guangdian duikang zheneha光电对抗侦察(elee‘ro一op‘ical reconnais-sanee ofeleetronicwarfare)见光电对抗。
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