建立超声速巡航导弹设计参数与突防能力间定量关系成为突防能力分析的难点和关键环节。传统导弹突防能力量化分析采用概率参量,这一方法已难以满足超声速巡航导弹总体方案论证中的突防能力分析需求。文中从突防对抗的机理出发,提出采用地空导弹杀伤区概念定量描述超声速巡航导弹对抗防御系统PAC-3拦截弹的突防效能。在此基础上,结合地空导弹杀伤区计算原理,建立了超声速巡航导弹对抗PAC-3拦截弹的突防效能指标量化计算模型和流程。仿真算例表明,飞行高度和飞行速度等性能参数是影响杀伤区大小的主要因素,同时验证了基于杀伤区分析方法能够较好的满足超声速巡航导弹总体方案论证需求。

Identify the quantificational relationship between supersonic cruise missile performance parameters and penetration effectiveness is a key part in analyzing penetration effectiveness. Traditional statistic penetration effectiveness analyzing measures have difficulty in satisfying the requirements of penetration effectiveness analysis in integrated scheme demonstration. Based on penetration mechanism, it was proposed to describe the SCM penetration by kill-zone concepts of air missile. The mathematical model and programmer for penetration effectiveness indexes of supersonic cruise missile countering interceptor were built based on the computational model of air missile system kill ranges mathematical principle. Based on the simulation results, it is concluded that the method for penetration analysis proposed in this paper is capable of fully meeting the requirements for SCM scheme demonstration.