| 雷达副瓣对消关键技术分析与验证 |
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| 引用本文： | 王晓莉,张新生,刘建辉,王恩堂.雷达副瓣对消关键技术分析与验证[J].现代雷达,2018,40(7):19-22. |
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| 作者姓名： | 王晓莉 张新生 刘建辉 王恩堂 |
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| 作者单位： | 空军研究院,北京100096,空军驻华北地区军事代表室,北京100086,空军研究院,北京100096,解放军93498 部队,石家庄050071 |
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| 摘 要： | 副瓣对消技术是雷达抗有源压制式噪声干扰的一项重要措施,可以有效提高干扰环境下雷达最大探测距离。文中通过介绍副瓣对消的工作原理,从辅助天线设计、对消样本选取、主辅通道一致性三个方面分析副瓣对消的关键技术,结合抗干扰试验的常见问题,给出时序对齐、全量程噪声分段采样等解决方法,并分析现有副瓣对消性能指标的局限性,提出新的副瓣对消性能指标,并对指标的合理性进行了验证。
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| 关 键 词： | 雷达 副瓣对消 抗干扰 性能评估 |
Analysis and Verification for Key Techniques of Radar Sidelobe Cancellation |
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| WANG Xiaoli,ZHANG Xinsheng,LIU Jianhui and WANG Entang.Analysis and Verification for Key Techniques of Radar Sidelobe Cancellation[J].Modern Radar,2018,40(7):19-22. |
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| Authors: | WANG Xiaoli ZHANG Xinsheng LIU Jianhui and WANG Entang |
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| Institution: | The Air Force Academy,Beijing 100096, China,The Air Force Military Representative Office in North China,Beijing 100086, China,The Air Force Academy,Beijing 100096, China and The Unit 93498 of PLA,Shijiazhuang 050071, China |
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| Abstract: | The sidelobe cancellation(SLC ) technology is an important measure of radar anti-active pressure noise jamming, which can effectively improve the maximum detection distance of radar. In this paper, start with the introduction of the working principle of SLC, analyses the main technologies from three aspects: the design of auxiliary antenna, the selection of cancellation sample and the consistency of main-auxiliary channel. Combined with the common problems of anti-jamming experiment,the solutions such as time sequence alignment and full range noise segmentation sampling are given,and the limitations of existing sidelobe cancellation performance indicators are analyzed. At last, the paper proposes new sidelobe cancellation performance indicators, and the rationality of the indexes are verified. |
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| Keywords: | radar sidelobe cancellation anti-jamming performance evaluation |
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