摘要
反辐射导弹是现代战场上雷达的主要克星,而有源诱偏系统对抗反辐射导弹攻击是一种相对方便和有效的方法。文中从反辐射导弹导引头和诱饵的工作机理出发,基于开环仿真建立了诱饵的工作模型;然后,采用动态仿真的方法得出了不同模式和不同参数条件下诱饵与ARM的对抗结果;最后,给出了评估结论。该分析结果同时为工程上实现诱偏系统的设计和部署提供了理论基础。
Anti-radiation missile（ARM） is the archenemy of radar in the current battlefield,while using active decoy against ARM is a comparatively convenient and effective method.The operating principle of the passive radar seeker（PRS） and decoy is studied in this paper.Based on the open-loop simulation,the working model of decoy is set up.After that,the counter-conclusion at different models and parameters is given by means of dynamic simulation.Finally,the assessment conclusion is given.Also,the analysis presented in this paper offers the theoretical basis for design and disposition of the decoy system in projects.
出处
《现代雷达》
CSCD
北大核心
2010年第12期11-13,19,共4页
Modern Radar
基金
空军军队科研基金资助项目
