针对传统固定倾角引信在拦截弹道导弹等高速目标时存在起爆控制精度差的问题, 提出了基于相控阵引信的自适应起爆控制算法。通过引入相控阵技术, 实现了对目标的自适应跟踪, 并建立了基于波束分档前提下的最佳起爆角模型, 利用自适应起爆延迟时间来防止引信天线波束分档后可能导致的超前起爆, 实现智能化引战配合。仿真结果分析表明, 该算法能够实现对最佳炸点的有效控制, 进一步提高对目标的杀伤效率。

The traditional angle-fixed fuze has low initiating controlling accuracy when intercepting an object moving at high speed, such as a Tactical Ballistic Missile(TBM).Therefore, we proposed a new algorithm of adaptive control based on phased array fuze.The planar phased array technology was introduced in the algorithm to implement adaptive target tracking.On this basis, a new model of the optimum detonating angle was established.An adaptive initiating delay time was used to prevent explosion in advance because of beam stepping and realize intelligent coordination.Simulation indicates that this method can realize effective control of the optimum point of burst, and improve the kill efficiency to the target.