以末敏弹药为代表的红外/毫米波复合末端制导弹药在战场上被广泛应用;受诸多条件限制,很难通过实弹射击方式进行末敏弹药攻击装甲集群的效能评估;采用数学仿真试验手段,根据末敏弹作战过程的各个阶段建立了末敏弹弹道模型、稳态扫描模型、目标识别模型以及坦克队形、运动模型,构建按照作战编成进攻的作战态势,进行末敏弹药对坦克目标命中概率的计算,评估红外/毫米波复合制导末敏弹药作战效能;仿真结果表明,末敏弹药是坦克部队的严重威胁。 The end-to-end ammunition represented by Min-Min ammunition is widely used on the battlefield. Due to many conditions, it is very difficult to evaluate the effectiveness of Min-Ammunition in attacking the armor cluster by means of live firing. By means of mathematical simulation, According to the various stages of the end-sensitive missile warfare process, the final-sensitive missile trajectory model, the steady-state scanning model, the target recognition model, the tank formation and the movement model were established. Hit probability calculation to evaluate the combat effectiveness of IR / MMW SAMs; the simulation results show that SAMs are a serious threat to tank units.