他把引信设定为三分钟起爆。
炸弹内装有一小时起爆的引信。
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.
信标引信以无线电指令引信技术为基础，采用无线数据通信的工作方式，实现最佳起爆高度控制。
Beacon fuze works in the way of wireless data communication, bases on the fuze technology of radio instruction, in order to realize the control of the optimal explosion height.
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。
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.
利用一维相控阵引信的波束控制技术，自适应地改变波束倾角并结合起爆角算法实现最佳起爆控制。
Combined with a burst Angle algorithm, this paper USES a beam control technology of the one-dimension phase array fuze to change the fuze beam adaptively and achieve the optimal initiating control.
引信作为弹药战斗部的起爆控制系统，它的安全性和可靠性对战斗部效能的发挥和人机安全性起着至关重要的作用。
Fuze is regarded as the detonating control system ofthe ammunition warhead, its safety and reliability play an essential role in exerting the efficiency of the warhead and man- ma-chine safety.
提出了一种基于PSD的新原理引信应用方案，重点对目标识别途径、起爆控制方法进行了分析和仿真研究；
The paper brought forward a new principle application scheme of fuse based on PSD, especially gave a analyze and research of simulation on the approach of target identify and method of burst control.
建立了引信最佳起爆角模型及其误差分析模型，讨论和分析了影响起爆角散布的因素以及如何定量估计散布大小。
A new optimum burst Angle model and it's error model are proposed, and then analyze the reasons which affect the error of burst Angle computing and how to estimate the measurable error.
建立了引信最佳起爆角模型及其误差分析模型，讨论和分析了影响起爆角散布的因素以及如何定量估计散布大小。
A new optimum burst Angle model and it's error model are proposed, and then analyze the reasons which affect the error of burst Angle computing and how to estimate the measurable error.
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