为实现爆破式反辐射导弹对雷达阵地的最佳毁伤,根据典型防空导弹雷达阵地的功能和结构特点,建立了目标等效靶模型,确定了爆炸冲击波对目标的毁伤判据。利用弹目交会特性,给出了炸点与雷达车的相对位置关系,进而得出了对雷达阵地的坐标杀伤规律。采用Monte-Carlo方法对导弹的单发毁伤概率进行了仿真计算,结果表明:在弹道倾角较大、雷达馈源点较低时,适宜采用触发起爆方式;在弹道倾角较小、雷达馈源点较高时,适宜采用近炸方式。

To achieve optimal damage effectiveness of anti-radiation missile (ARM) with blast warhead attacking radar position, the target equivalent model was established based on the function and structure characters of typical anti-air radar position. The damage criteria of shock wave were set up. According to the characteristics of target-missile encounter, the relative position relationship of burst point and radar vehicle was established, and then the coordination damage probability was got. Monte-Carlo method was used to calculate single missile damage probability. The results show that contact burst mode applies to the condition of large trajectory angle and low antenna, and proximity burst mode applies to small trajectory angle and high antenna.