电磁拦截器拦截概率的建模与计算

Modeling and Compution of Intercepting Probability on Electromagnetic Launcher

将电磁发射与主动防护系统相结合,应用电磁发射的方式发射拦截弹,对穿甲弹、反坦克导弹等进行末端拦截,可极大提高装甲车辆的生存能力。但已有的拦截概率计算方式并没有对此种类型的防御方式做出系统的计算。利用末端拦截命中毁伤算法,给出了电磁发射主动防护系统的拦截概率模型,并使用MATLAB对拦截概率进行了计算分析,分析拦截概率与主动防护系统拦截弹发射速度、拦截弹射速、点射长度之间的关系。从理论上对电磁发射主动防护系统的性能指标提出了要求。

Combined electromagntic launch with active protective system, launched the projectile pills by electro- magnetic launcher, the active protective system with principle of electromagnetic launch projects pills has effect that heavily improves the survival capability of the armor vehicle on terminal intercepting in armor - piercing projectile and AT missile and so on. But the existed computing methods of interception probability have not computed the active protective system using electromagnetic launch. This paper presented a model of intercepting probability which was simulated by MATLAB on the electromagnetic launch active protective system, and analyzed the connection between intercepting probability and intercepting projectile velocity, fire rate, interval, the pill numbers contained in active protective system. At last, the theory needs are given for the configurable parameters of the active protective system.