摘要
舰载雷达系统由多类型雷达组成,在舰艇施放舷外有源诱饵对抗ARM时,不能简单将其视为单一辐射源目标.通过分析舰载雷达辐射源工作特性,建立了舷外有源诱偏条件下ARM对舰载雷达的攻击模型.仿真结果表明ARM散落点在舰载雷达周围分布较为密集,仍然对舰载雷达系统构成了较大的威胁.
As ship-borne radar system is composed of various types of radars, it can＇t be simplified as single radiation source when the warship adopts active decoy to deal with ARM. By analyzing working characteristics of ARM, attacking models of ARM to ship-borne radars with active decoys were built. The simulation results show that burst points of ARM are in dense distribution around the ship-borne radars, which pose a threat to ship-borne radar system.
出处
《数学的实践与认识》
北大核心
2015年第24期198-204,共7页
Mathematics in Practice and Theory
关键词
反辐射导弹
舰载雷达
合成场强
炸点
有源诱饵
ARM
Ship-borne radars
total electric field
burst point
active decoy
