1) deformable directional warhead
可变形定向战斗部
2) deformable warhead
可变形战斗部
1.
The optimal delay time and initiating direction of a deformable warhead is a precondition for promotion of the warhead s lethal effect.
最佳起爆延时和起爆方位是实现可变形战斗部高效毁伤威力的前提。
2.
An experimental model of a deformable warhead was designed.
通过试验得到可变形战斗部破片飞散分布规律,运用LS-DYNA对可变形战斗部变形和爆轰驱动破片飞散过程进行数值模拟,得到与试验吻合较好的结果;对相同结构口径的偏心起爆战斗部、周向均匀战斗部的爆轰驱动破片飞散过程进行了数值模拟。
3.
In order to obtain the integral performance of the deformable warhead,the processes of fragment dispersion of the eccentric initiation warhead,the uniform warhead and the deformable warhead with the uniform caliber and charge type are simulated using the code LS-DYNA.
为了得到可变形战斗部的整体性能,用有限元动力学程序LS-DYNA模拟了相同结构口径、相同装药类型的可变形战斗部、偏心起爆和传统周向均匀战斗部的飞散过程,得到三种结构战斗部沿目标方位角和破片飞散角内的破片空间和速度分布。
3) aimed warhead
定向战斗部
1.
A special research was done on spread process of main charge of the evolvable aimed warhead(EAW).
针对展开型定向战斗部主装药的展开过程进行了研究。
2.
It s an important tendency for anti-craft missiles to adopt aimed warhead to enhance the execution,but the application of aimed warhead has put new requirements before the detonation control system.
采用定向战斗部已成为防空导弹增强战斗部杀伤威力的重要发展方向,但是定向战斗部的应用对起爆控制系统提出了新的要求。
3.
Based on the analysis of the national and international development of aimed warhead and the conclusion of its developing direction, this paper establishes a model of missile meeting with target, then gives the analytic expression of optimum detonating delay time, and finally analyzes the result of imitation.
在对定向战斗部目前状况分析的基础上,建立了导弹拦截来袭目标的弹目交会模型,求解出了战斗部起爆的最佳起爆延时解析表达式,在此基础上对弹目交会过程进行了仿真,并给出仿真结果分析,对于定向战斗部的设计有一定的参考价值。
4) aimable warhead
定向战斗部
1.
The model of an aimable warhead is analysed and calculated.
对定向战斗部模型的设计理论进行了阐述与分析 ,结合一种具体战术技术指标要求 ,通过一个算例对战斗部进行了初步设计 ,得到了战斗部结构的相关参数 。
2.
The fuzzy uncertainty of the safety and detonation control system of an aimable warhead is analyzed,and the fuzzy recognition approach of environment information is explored according to the fuzzy characteristics of the system.
分析了定向战斗部安全起爆控制系统的模糊不确定性，结合该系统的模糊特性，探讨了环境信息的模糊识别途
5) directional warhead
定向战斗部
1.
On the basis of this, the paper also discusses the problem how to obtain the optimum detonating azimuth of directional warhead and makes an analysis of th.
介绍了综合利用地空导弹武器制导系统及弹上所提供的信息,对完全处于运动状态的导弹及目标在弹目交会阶段的数学模型进行了定量分析和计算,求解出最佳起爆延时,以及在此基础上对定向战斗部的最佳起爆方位角进行了探讨,并给出了仿真结果分析。
2.
According to the directional warhead s tactical and technical requirements,a directional detecting fusz that can discern target around the missile is introduced, to improve the efficiency of the coordination of fuse with warhead.
从提高引信与战斗部配合效率出发 ,根据定向战斗部的战术技术性能 ,介绍了一种能够识别弹体周围 4个方向目标的定向探测引信 。
3.
A two-circuit parallel safety system for the safety of the missile\'s directional warhead is designed to guarantee the warhead at the secure state in storage and the service processing.
针对导弹定向战斗部安全性要求,设计一个双路并联的安全系统,保证在常储和勤务处理中战斗部处于安全状态。
6) detonation deformable warhead
爆炸变形战斗部
1.
A detonation deformable warhead,can be with concentrated lethal effects on target is designed.
测量了爆炸变形战斗部模型的破片密度和初速分布 ,得到了辅助装药爆炸驱动壳体变形的过程的X光照片。
补充资料：大坝内部变形观测(见水工建筑物变形观测)
大坝内部变形观测(见水工建筑物变形观测)
daba neibubianxing guanCe大坝内部变形观测见水工建筑物变形观测。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条