摘要
针对高功率防空激光武器的射击特性,运用概率论讨论了激光武器"光弹"的杀伤概率。将单发"光弹"杀伤目标作为一随机事件,按先后分"光弹"击中目标中心点和"光弹"击中目标后对目标的损伤程度两个相互独立的事件,分别用射击误差和目标坐标杀伤概率表示。建立了计算射击误差和目标坐标杀伤概率模型,得到了单发"光弹"的杀伤概率,进而得到了对同一目标连射n发"光弹"的杀伤概率,并根据激光能量饱和密度划分了对目标的杀伤效果,即硬杀伤、软杀伤和干扰,对激光武器研制提供理论参考。
Aimed at shooting characteristic of high power laser air defense weapon, the killing probability is discussed by probability theory. Killing target is a random event which separated into shot target center and scathing degree, which is independent each other. Shot target is expressed with shot error and scathing degree is showed with target coordinate kill probability. Though calculating shot error and target coordinate kill probability, we can gained kill probability and fusillade probability is counted moreover. Last, the kill effect is plotted out： rigidity kill, weak kill, disturber by laser energy, which offer theory reference to develop laser weapon.
出处
《指挥控制与仿真》
2007年第6期76-78,92,共4页
Command Control & Simulation
基金
国家"863计划"项目(2006AA701409)
关键词
激光武器
防空作战
杀伤概率
激光能量
laser weapon
anti-aircraft battle
killing probability
laser energy
