摘要
防空导弹瞄准式战斗部启爆控制问题,对于瞄准式战斗部,由于启爆角的取值范围是一个区间,用传统方法通过计算每一个启爆角对应启爆位置的集合来计算战斗部有效启爆区是不现实的。通过确定启爆角取值区间的上、下限,将启爆角上、下限对应的启爆位置作为有效启爆区的边界来确定瞄准式战斗部的有效启爆区却是可行的。启爆角的上、下限通过战斗部有效攻击目标的边界条件来确定。改进方法的仿真结果显示瞄准式战斗部的有效启爆区大于普通周向爆破战斗部,证明了瞄准式战斗部的引战配合程度优于普通战斗部。
For the gimbaled warhead, the possible range of the booming angle is an interzone, so it is unreal to gather all of the booming positions of every booming area as the useful booming area. There is a possible method based on the upper and lower boundaries of the booming angle, which calculats two booming positions for two bounda- ries of booming angle as the boundaries of booming area. The upper and lower boundaries of booming area can be confirmed by the conditions for warhead attack target efficiently. The simulation result of the method shows that the booming area of gimbaled warhead is longer than that of general all round warhead. The result confirms that the gim- baled warhead acts better than general warhead in the corporation of fuse and warhead.
出处
《计算机仿真》
CSCD
北大核心
2013年第10期58-61,66,共5页
Computer Simulation
关键词
瞄准式战斗部
有效启爆区
瞄准角
启爆角
Gimbaled warhead
Useful booming area
Aiming angle
Booming angle
