摘要
炮位侦测技术自出现以来一直对火炮生存构成极大威胁。为了解决这个问题,已有很多方法被提出。以制导炮弹为武器背景,弹道修正技术被用来达到反炮位侦测的目的。首先对上世纪80年代炮位侦测技术的出现和上世纪90年代制导炮弹的应用做了简要介绍,接着分析了炮位侦测的原理,并针对性的给出了运用弹道机动实现反炮位侦测的原理,然后进一步研究了制导炮弹初始机动段的控制方案,通过理论推导和计算机仿真,讨论了过载指令大小及作用时间长短与反炮位侦测效果的关系,并给出了一些初步结论。
The technique of artillery location detection threatens the survival of artillery. In order to solve this problem, many methods have been brought forward. In this paper, with the background of guided projectile, the trajectory correction technique is used to achieve the purpose of anti - detection of artillery location. Firstly, the technique of artillery location detection appeared in 1980＇ s and the applieation of guided projectile appeared in 1990＇ s are briefly introduced. Then the principle of artillery location detection, as well as the principle of anti - detection of artillery location with trajectory correction, are analyzed. Furthermore, the control scheme of guided projectile is researched. And with the theory illation and computer simulation, the relation between magnitude of overload, length of working time and result of anti - detection of artillery location are discussed. Finally, several primary conclusions are obtained.
出处
《计算机仿真》
CSCD
2008年第8期55-58,共4页
Computer Simulation
关键词
弹道修正
反侦测
制导炮弹
Trajectory correction
Anti - detection
Guided projectile
