摘要
针对舰炮武器系统精度设计的需求,以某型舰炮为例,采用蒙特卡洛法,利用6自由度弹道模型解算数百条弹道,求出在特定的命中概率下,火控系统修正舰艇摇摆时产生的随机误差对目标高度、水平距离及舰炮射角、射向的影响,从而对火控系统设计精度提出要求。靶场实践证明:应用此方法可以提高舰炮武器系统的命中概率。
To meet with need of accuracy design of shipborne gun weapon system,this paper chooses one kind of gun as an example to calculate hundreds of ballistic equations using sixdegree ballistic model.Based on that,the effect of random error produced by fire control system in correcting ship swing on the attacking target height,level distance,gun firing angle and direction is simulated under the condition of a specified hit probability,at the same time,the requirement of the random error to design accuracy of fire control system is presented.Practice in range shows that this simulating method is very good for raising the hit probability of shipborne gun weapon system.
出处
《火力与指挥控制》
CSCD
北大核心
2003年第5期77-80,共4页
Fire Control & Command Control
基金
海军靶场预研课题资助项目
关键词
随机误差
火控系统
命中概率
设计精度
ship swing,fire control system,hit probability,design accuracy
