1) 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。
2) multiple explosive formed projectile
多模爆炸成型战斗部
3) 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。
4) blast-fragmentation warhead
杀爆战斗部
1.
The damage models of overpressure and fragments,the lethality models of blast-fragmentation warhead,and the model of missile target encounter are established.
文中从地面飞机毁伤特性分析入手,结合杀爆战斗部特点和起爆策略,构建了目标超压和破片毁伤模型、战斗部超压和破片威力模型、弹目交会模型等,在典型条件下对地面飞机进行了毁伤仿真计算,为导弹作战运用研究和毁伤效果评估提供了一种切实可行的技术途径。
2.
The engineering calculation method for the lethal probability of the blast-fragmentation warhead exploding in the air was introduced.
分析了破片场空间分布规律,介绍了一种空爆型杀爆战斗部杀伤概率的工程计算方法。
3.
Based on the flying and distributing character of the fragments,a model of the lethality of blast-fragmentation warhead was built.
文中通过分析破片的飞行特性及空间分布规律,建立了杀爆战斗部杀伤威力计算模型,并对某预制破片战斗部进行了计算,得出了破片场的破片密度及杀伤概率分布规律,得到了不同落角情况下杀伤面积随爆高的变化曲线,并确定了不同落角情况下的最佳爆高值。
5) blast and fragmentation warhead
杀爆战斗部
1.
This paper study a kind of expert design system of blast and fragmentation warhead,which can rapid model and rapid calculate and analyze the damage power of the warhead.
0编程语言、OpenGL 3D API图形库和数据库技术,开发了一种快速杀爆战斗部建模与威力分析的专家设计系统。
6) air blast warhead
空爆战斗部
1.
Based on analyzing the scan and capture of region identify and duty ratio identification,the paper calculates the killing probabilities of MEFP air blast warhead by Monte carlo simulation.
文中主要针对多爆炸成型弹丸空爆战斗部,在分析区域识别和占空比识别两种不同扫描准则的基础上,应用蒙特卡洛方法计算了战斗部对目标的毁伤概率。
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