In condition that electromagnetic environment become more and more complex and electromagnetic warfare will become much acute in domain of the present military combats, researches on ARM and anti-ARM technologies becomes a hot spot in command of the air. 在电磁环境日趋复杂,电磁斗争日益激化的现代战争条件下,ARM的研究和抗击ARM的研究,成为当前军事斗争领域争夺制空权的热门话题,这项研究正方兴未艾。
As the development of electronics technology and electromagnetic technology, electronic warfare is gradually becoming one important operational style in the future war. 随着电磁技术的发展及其在军事斗争领域的广泛运用,电子战逐渐成为重要的作战样式。
With the increasing complexity of electromagnetic environment in modern naval warfare, it is faced a variety of electromagnetic interference in anti-ship terminal guidance radar seeker, which poses a serious threat to the operational effectiveness of anti-ship missiles. 随着现代海战电磁环境的日趋复杂,末制导反舰雷达导引头将会面临各种各样的电磁干扰,对反舰导弹的作战效能构成了严重威胁。
This paper discusses the directivity of antenna in electronic warfare by electromagnetic theory and the important part of electronic warfare that physics play. 根据电磁场基本理论,研究了在电子战中天线辐射的方向性问题。概括了电子战基本内容,并讨论了物理学在现代电子战中的地位与作用。
With the coming of the high-tech era, electromagnetic countermeasure and anti-jamming becomes increasingly intense in modern warfare, which make electronic anti-jamming and anti-reconnaissance technology highly favored by all the world. 随着高科技时代的到来,现代战争中电磁干扰和通信对抗越来越激烈,使得电子抗干扰和抗侦察技术倍受世界各国青睐。