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Current and Future Trends in Military Electronic Warfare Systems and the Role of Thin Films and Related Materials

机译:军事电子战系统的当前和未来趋势以及薄膜和相关材料的作用

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摘要

Modern warfare has made impressive strides in the past century, especially in the areas of communications, RADAR and surveillance. On the opposite side of the coin are the military SIGINT (SIGnal INTelligence) systems which attempt to detect, copy, jam and geolocate signals emitted by radios, RADARs, etc. as a means of providing the commander with a reasonable visualization of the Battlefield and with an EOB (Electronic Order of Battle). Military SIGINT platforms are taxed to the limit of modern technology in trying to cover the spectrum from HF to Ka band, sometimes over an enormous dynamic range. This paper will attempt to present a general overview of current and future Army SIGINT systems along with the role thin films (such asferrites, ferroelectrics, magneto static films, metamaterials, etc) can play in devices such as filters, phase shifters, limiters, smart antennas, etc. for extending their usefulness into the 21st century.
机译:在过去的一个世纪中,现代战争取得了令人瞩目的进步,特别是在通信,雷达和监视领域。硬币的另一面是军用SIGINT(情报智能)系统,该系统试图检测,复制,干扰和定位由无线电,RADAR等发出的信号,以为司令员提供战场和战场的合理可视化显示。与EOB(电子战役)。军事SIGINT平台在试图覆盖从HF到Ka频段的频谱时,有时甚至在巨大的动态范围内,都受到现代技术的限制。本文将尝试介绍当前和未来的陆军SIGINT系统以及薄膜(例如铁氧体,铁电体,磁静态薄膜,超材料等)在滤波器,移相器,限幅器,智能设备中的作用。天线等,以将其用途扩展到21世纪。

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