多层防御反坦克导弹阵地弹药消耗模型及仿真

Model of Ammunition Consumption for Multilayer Antitank Missile Position and Its Simulation

反坦克导弹阵地的弹药消耗量是一个随机变量,与敌装甲目标进袭强度和我方反坦克导弹武器数量有关。为定量研究反坦克导弹阵地弹药消耗,基于排队论和反坦克作战理论,建立了多层反坦克导弹阵地的弹药消耗模型,并给出了参数求解方法,能够获得弹药消耗随时间的变化函数。对作战想定的应用仿真结果表明了该模型的有效性,该模型为反坦克导弹阵地的弹药消耗计算提供了一种新颖而有效的方法。

The ammunition consumption for multilayer antitank missile position is a random variable,which is related to both the assault intensity of enemy armor forces and the quanlity and performance of anti-tank missiles.To quantitatively analyze the ammunition consumption of anti-tank missile position,an ammunition consumption model of multilayer anti-tank missile position based on queuing model and the characters of modern tank defense theory is presented in this work.Moreover,a solving method of parameters is derived,by which the function of ammunition consumption can be obtained.The simulations results verify the validity of the present model,which provides a novel and effective method for analyzing the ammunition consumption of antitank missile position.