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针对利用空射巡航弹进行饱和攻击时所需发射导弹数量难以准确定量计算的问题,依据战场威胁量化成果,进行饱和攻击分析,采用循环迭代方法来确定饱和攻击的最终发射弹量。通过设定饱和攻击场景以及发射弹量初始值,基于仿真系统进行了饱和攻击实验,得出了各种情形下饱和攻击所需的发射弹量。结果表明:巡航导弹饱和攻击所需弹量计算是一个动态过程,饱和攻击分析不仅仅是计算饱和攻击所需弹量,关键是找出巡航导弹最佳突防策略,为航迹规划以及攻击计划拟制提供科学建议。
Aiming at the problem that the number of launching missiles required for saturated attack using air-launched cruise missiles can not be accurately and quantitatively calculated, the saturation attack analysis based on the battlefield threat quantification results is carried out, and the cyclic iteration method is used to determine the final launch projectile amount of the saturated attack. By setting the saturated attack scene and launching the initial value of the projectile, a saturation attack experiment was carried out based on the simulation system, and the launch projectile needed for the saturation attack was obtained under various conditions. The results show that the calculation of the required amount of the cruise missile saturation attack is a dynamic process. The analysis of the saturation attack is not only to calculate the required amount of the missile for the saturation attack. The key point is to find out the optimal tactics of the cruise missile, Proposed to provide scientific advice.