摘要
激光半主动制导炮弹是在无控弹道的基础上增加末端制导段,属于远程间瞄武器,射击时是有误差的,而且误差随射击距离显著增加。通过分析制导炮弹弹道误差特性,考察影响射击精度的主要因素,建立毁伤概率模型,通过蒙特卡洛法仿真激光制导炮弹对目标的射击效率。
Laser semi-Initiative guided shell is a indirect fire missile Weapon that adds a cannon-launched guidance system on the basis of unguided trajectory, there are errors in cannon firing,and the errors increase with the firing distance.In this article we will analyze the characteristics of guided shell trajectory errors and find out influence reason that affects cannon firing accuracy,founding probability models of destroying and applying Monte Carlo simulation technique in laser guided projectile to raise the cannon firing efficiency.
出处
《火力与指挥控制》
CSCD
北大核心
2011年第4期135-137,140,共4页
Fire Control & Command Control
关键词
制导炮弹
射击效率
弹道
效能评估
guided shell
firing efficiency
trajectory
assesments of operational effectiveness
