摘要
为了研究复杂电磁环境对防空导弹系统作战能力的影响,分析了电子对抗环境、光电对抗环境、反辐射导弹威胁环境的主要威胁因素,建立了远距离支援干扰、分布式干扰、红外诱饵干扰、激光干扰、烟幕干扰以及反辐射导弹攻击等主要威胁因素的威胁仿真模型,并对分布式干扰和激光干扰模型进行了仿真分析。仿真结果证明复杂电磁环境威胁因素对防空导弹作战能力产生严重影响,对防空导弹作战指挥和采取抗干扰措施具有很高的理论意义和指导价值。
To study the operation capacity of antiaircraft missile system influenced by complex electromagnetic environment, the main threatening factors of electronic countermeasures, electrooptical coun- termeasures and ARM environment are analyzed. The threatening simulation model of stand-off jamming, distributed jamming, infrared decoy jamming, laser jamming, smokescreen jamming and ARM attack are developed. Meanwhile, the distributed jamming and laser jamming model are specially simulated and an- alyzed. Simulation results prove that the threatening factors of complex electromagnetic environment have strong impacts on the operation capacity of antiaircraft missile system, which brings a theoretical and advising value to operation command and anti-jamming of antiaircraft missile system.
出处
《现代防御技术》
北大核心
2009年第4期15-20,共6页
Modern Defence Technology
基金
国家863计划资助课题(2006A A0353)
关键词
复杂电磁环境
防空导弹系统
电子对抗
光电对抗
反辐射导弹
分布式干扰
激光干扰
complex electromagnetic environment
antiaircraft missile system
electronic counter- measure
eleetrooptical countermeasures
antilaser radiation missile （ARM）
distributed jamming
laser jamming
