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美国反无人机高功率微波技术研究现状及启示 被引量:1

High-power microwave technology countering UAVs in the United States:research status and implications
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摘要 无人机及其集群作为智能战争的主要进攻武器之一,具有低成本、抗饱和攻击、隐蔽性好的特点,给现有防空体系带来极大挑战。高功率微波因具有光速攻击、面杀伤、效费比高等特点,成为反制无人机的有效手段。美国在高功率微波领域起步早、重视程度高,成为国际高功率微波技术的引领者。围绕美国高功率微波技术对抗无人机的研究现状,总结现有样机的性能及特点,重点剖析其技术内涵。结合高功率微波的效应研究规律和无人机发展态势,分析得出美国反无人机高功率微波技术的发展趋势。 As one of the main offensive weapons of intelligent warfare,unmanned aerial vehicles(UAVs)have the characteristics of low cost,anti-saturation attack and good concealment,which bring great challenges to the existing air defense system.High-power microwave has become an effective means to counter UAVs because of its characteristics of light-speed attack,area kill and high cost-effectiveness.The United States started early in the field of high-power microwave,attaching great importance to it,and has become the international leader in high-power microwave technology.Focusing on the current research status of high-power microwave technology countering UAVs in the United States,we summarize the performance and characteristics of the existing prototypes and focus on the analysis of their technical connotations.Combined with the research on high-power microwave effects and the development trend of UAVs,the development trend of high-power microwave technology countering UAVs is analyzed.
作者 令钧溥 王蕾 皮明瑶 贺军涛 陈冬群 王朗宁 LING Junpu;WANG Lei;PI Mingyao;HE Juntao;CHEN Dongqun;WANG Langning(College of Advanced Interdisciplinary Studies,National University of Defense Technology,Changsha 410074,China)
出处 《国防科技》 2023年第3期74-80,共7页 National Defense Technology
基金 国家自然科学基金项目(12205369) 湖南省科技创新青年人才计划(2022RC1195)。
关键词 反无人机 高功率微波 效应机理 counter-UAV high-power microwave mechanism of effect
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  • 1贾永楠,田似营,李擎.无人机集群研究进展综述[J].航空学报,2020(S01):4-14. 被引量:80
  • 2解发瑜,谈亮.无人机——未来信息化战场的尖兵[J].科技信息,2007(16):42-42. 被引量:1
  • 3Backstroom M, Lovstrand KG, Nordstrom B. The Swedish microwave test facility: Technical features and experience on system testing [-RT. Masstricht, Netherl- ands: Proceedings of 27th General Assembly of the URSI, 2002.
  • 4Backstroom M, Lovstrand KG. Susceptibility of electronic systems to high-power microwaves: summary of test experience [J]. IEEE Trans. on Electromagnetic Compatibility, 2004, 46(3): 396-403.
  • 5Backstroom M, Nordstrom B, Lovstrand KG. Is HPM a threat against civil society? [R]. Masstricht, Netherl-ands: Proceedings of 27th General Assembly of the URSI, 2002.
  • 6Zammit C, Kerr B. General electronic equipment microwave susceptibility trend as a function of frequency[C]//The Institution of Engineering and Technology. IEEE Pulsed Power Symposium 2006 : 59 - 61.
  • 7Joly JC, Serafin DJ. High power electromagnetic effects: methodo- logy and associated tool [R]. Masstricht, Net h-erlands : Proceedings of 27th General Assembly of the URSI, 2002.
  • 8Sabath F. HPEM susceptibility test on IT-Networks and their eomponents[R]. Chicago, USA: Proceedings of 29 th General Assembly of the URSI, 2008.
  • 9Sonnemann F, Bohl J. Susceptibility and vulnerability of semiconductor components and circuits against HPM [R]. Masstricht, Netherlands: Proceedings of 27th General Assembly of the URSI, 2002.
  • 10Uslenghi PL, Erricolo D, David HY. Analysis and design of ultrawide-band and high-power microwave pulse interactions with electronic circuits and systems[OL].[2007-02-28]. http://www. Ece. uic. edu/MURI-RF/ MURI- Final Report. pdf.

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