摘要
针对子母弹已有开舱抛撒方式落区中心形成较大盲区的问题,提出了一种"瓦片式"抛撒机构。这种机构作用可靠性高,结构简单,且成本较低,加工方便。仿真计算结果表明,采用瓦片式抛撒机构的子母弹子弹散布呈星形,落点减少了中间盲区,抛撒高度和抛撒速度越低,盲区越小,适合于攻击轻型装甲目标。
In view of the large blind area formed at the center of impact area with the existing submunition dispersion approach,a new ＂tile-like＂ dispersing system is put forward featuring high responsibility,simple structure,low cost and easy manufacture.The simulation results show that with the ＂tile-like＂ dispersing system,the dispersion of impact points is ＂star-like＂,reducing the blind area as a result.It is also showed that the lower the dispersing altitude and velocity are,the smaller the blind area will be.The given ＂tile-like＂ dispersing system can be applied to impact light armored targets.
出处
《探测与控制学报》
CSCD
北大核心
2009年第1期53-56,共4页
Journal of Detection & Control
关键词
子母弹
落点散布
抛撒速度
开舱高度
submunition
impact point dispersion
dispersing velocity
cabin-opening altitude
