摘要
:空空导弹采用激光近炸引信可以对目标实施全向攻击。但由于迎头和尾追两种极端的交会状态导致了交会速度的极大差别 ,以致很难确定起爆延时 ,使导弹对目标的杀伤效率降低。如果引信能自行识别交会的状态 ,就可以采用不同的起爆延时 ,使问题得到解决。文中对上述问题进行了分析 。
The air\|to\|air missile equipped with laser\|proximity fuze can perform an all\|aspect attack upon the target. The attacking efficiency is decreased due to the difficulty in defining the igniting delay, as the huge difference in the velocity of missile\|target meeting is caused by the extreme conditions of head\|on and trailing attack. Different igniting delay could be used to solve the problem, if the fuze could automatically identify the conditions of missile\|target meeting. A new method of adding the IR detecting channel to the laser\|fuse is put forward in the paper, on the basis of detailed analysis of the problems presented above.
出处
《红外与激光工程》
EI
CSCD
2000年第3期40-43,共4页
Infrared and Laser Engineering
关键词
激光引信
复合引信
空空导弹
红外探测通道
Mixed fuze\ \ Condition identifing\ \ Igniting delay\ \ Adaptive delay\ \ Attacking efficiency
