1) optical signal environment
光信号环境
1.
The necessary conditions required to establish optical signal environment simulating system and the importance of designing this system are presented.
阐述了构建光信号环境的必要条件及设计光信号环境模拟系统的重要性,结合试验需求,对全实物光信号环境模拟方法的特点及系统构建需求进行了分析,并从实际需求出发,给出了全实物模拟系统的硬件结构组成及功能,研究了系统的软件功能构成,阐述了系统如何通过软件控制使整个系统协调运作完成任务,从而提出了建立光信号环境模拟系统的基本构想和主要实现方法。
2) EOSE
光电信号环境
1.
And the conception,cannotation characteristics and constitution of EOSE are studied systematically.
着眼于光辐射的特性,通过对战场光电信号环境的现状和发展趋势进行了分析,系统研究了战场光电信号环境的概念、内涵、特性和构成。
3) signal environment
信号环境
1.
<Abstrcat>On the base of analyzing GIS s developing trend and origin,data structure of MapX which is popular series of software named MapInfo at present, introduces the structure and main functions of communication countermeasure signal environment simulation soft-ware; and presents the keystone and means of MapX in developing this software.
在分析地理信息系统发展趋势和目前较为流行的MapInfo系列软件———MapX的由来、数据结构的基础上,介绍了通信对抗信号环境仿真软件的体系结构及其主要功能;介绍了利用MapX控件开发该软件的基本原理和方法步骤,并通过实例讨论了运用VisualC++对它编程的应用实践问题。
4) multifunctional testing instrument
环境信号
1.
In this paper the ESA multifunctional testing instrument used in the applied background of Electronic Safety and Arming System (ESA) is designed and achieved by use of the new-style microcomputer chip——ADuC812 produced by ADI Inc in America.
本文以引信电子安全系统(ESA)为应用背景,应用美国ADI公司生产的新型单片机ADμC812,设计并实现了为ESA模拟产生各种环境信号,并能够同时对ESA的工作状态进行实时检测的一款实用设备——多功能测试仪。
5) EOSE in the battlefield
战场光电信号环境
1.
After making a clarification of the related concepts concerning EOSE in the battlefield,the author analyzed the problems concerned by the commanders in the EOCM field according to the operational requirement,and worked out the basic method for the description of EOSE.
战场光电信号环境的构成最直接地反映了战场光电频谱的电磁态势。
6) multi-signal environment
多信号环境
1.
By simulation it is shown that the capability of direction finding for the PRS under the multi-signal environment can be enhanced greatly by using the pulse leading tracking technique.
仿真结果表明,根据脉冲前沿到达时间差分布情况,使用脉冲前沿跟踪技术可以很好地提高导引头在多信号环境下的定向能力。
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