Based on beam control technology of one-dimension phased-array fuze, the paper deduced the optimal burst Angle and burst delay algorithm and researched an improved Kalman algorithm.
基于一维相控阵引信的波束控制技术，推导了最佳起爆角和起爆延时算法，并研究了一种改进卡尔曼滤波方法在此算法中的应用。
According to the requirements of basic shape fuze and the standards of fuze safety design, an effective way to realize the delay arming of small-caliber fuze was researched.
根据基型引信要求和引信安全性设计准则，探索实现小口径引信延期解除保险的有效途径。
MATLAB computer programme has been given, which can compute the fuze optimum burst point, the optimum time delay and the unitary body damage probability on all projectile-target encounter conditions.
应用MATLAB语言编制了可在各种弹目交会条件下，计算引信最佳起爆点、最佳延迟时间和战斗部对武装直升机毁伤概率的计算程序。
MATLAB computer programme has been given, which can compute the fuze optimum burst point, the optimum time delay and the unitary body damage probability on all projectile-target encounter conditions.
应用MATLAB语言编制了可在各种弹目交会条件下，计算引信最佳起爆点、最佳延迟时间和战斗部对武装直升机毁伤概率的计算程序。
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