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首页> 外文期刊>IEEE Transactions on Microwave Theory and Techniques >Multimode Adaptable Microwave Radar Sensor Based on Leaky-Wave Antennas
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Multimode Adaptable Microwave Radar Sensor Based on Leaky-Wave Antennas

机译:基于漏波天线的多模自适应微波雷达传感器

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摘要

New research and recent developments in active defense systems represent a promising way to protect military vehicles by detecting and subsequently eliminating threatening missiles with appropriate active counter-measures. Operating these defense systems requires a number of sensors, usually microwave, which must, above all, identify and track the target while generating signals to determine the correct counter-measure reaction. This paper shows that such multifunction and multimode sensors can be designed and implemented using leaky-wave antennas (LWAs). Connected radar circuits often employ a wideband modulation, so an analysis of the influence of the LWAs used on such a modulation is also included. A multimode adaptable pseudonoise radar equipped with LWAs was tested using bullets and live, armed cumulative missiles. The results confirm the functionality of the solutions presented.
机译:主动防御系统的新研究和最新发展是通过检测并随后采用适当的主动对策消除威胁导弹而保护军用车辆的一种有前途的方法。操作这些防御系统需要许多传感器,通常是微波,它们首先必须识别并跟踪目标,同时生成信号以确定正确的对策反应。本文表明,可以使用漏波天线(LWA)设计和实现此类多功能和多模式传感器。相连的雷达电路通常采用宽带调制,因此还包括对所用LWA对这种调制的影响的分析。装备有LWA的多模适应性伪噪声雷达已使用子弹和带武器的实况累积导弹进行了测试。结果证实了所提出的解决方案的功能。

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