1.
Numerical Analysis of the Velocity Affected by Initiating Mode on Cluster-type Warhead Fragments
起爆方式对子母式战斗部破片速度影响的数值分析
2.
The Numerical Simulations of Shocking Initiation Cluster Warlead
破片冲击起爆子母战斗部的数值分析
3.
Numerical Simulation on Shock Initiation of Performed Fragment to Warhead
预制破片对战斗部冲击起爆数值模拟
4.
The Simulation of Damage Probability on the Fragment Air-defence Warhead;
破片杀伤式地空导弹战斗部杀伤概率计算
5.
Study of Fragmentation Warhead Damage to Typical Radar Target
破片杀伤型战斗部对典型雷达目标的毁伤研究
6.
A study on the Basic Method for the fuze warhead Coodination of a Multi beam Fragmentation Focus Warhead
多束破片聚焦式杀伤战斗部引战配合研究方法初探
7.
Numerical simulation method and different initiation modes for prefabricated multilayer fragment warhead
多层预制破片战斗部数值仿真方法及起爆方式影响
8.
Technology Research of Small Calibre Armour Penetration Warhead s Armour Penetration Stability;
小口径破甲战斗部破甲稳定性的工艺研究
9.
Through the exploding experiment of discrete rod warheads at shooting range, the flight performance of the rods about discrete rod warheads is researched.
通过离散杆战斗部靶场静爆试验，对离散杆式破片的飞行性能进行了试验研究。
10.
Equivalent Target and Terminal Velocity of Fragments in Battle Damage Simulation
战斗损伤仿真中的等效靶与破片终点速度研究
11.
Simulation System for Missile Fragments Damaging Fighters
导弹破片对战斗机毁伤的可视化仿真实现
12.
Research on Shaped Charge Warhead Employing Large Diameter Penetrating Hole with Tungsten Alloy Liner
钨合金药型罩材料的大破孔聚能战斗部研究
13.
Using this technology in shaped charge warhead will greatly improve the penetration power.
该项技术在各种破甲战斗部中推广应用,可大幅提高破甲威力。
14.
This paper presents following research result that the penetration ratio( depth to caliber) up to10 has been achieved by using the precision shaped charge warhead technology.
介绍了采用精密破甲战斗部技术使破甲穿深突破10倍装药口径的研究成果。
15.
torpedo warhead extension
鱼雷战斗部的延伸部分
16.
The movie depicting the battles and bloodshed is bound to strike home.
这部描写战斗和流血牺牲的影片一定会取得预期效果。
17.
To position(troops) in readiness for combat, as along a front or line.
战斗部署沿前线或战线布置（部队）准备战斗
18.
commit one's reserves to the battle
将后备部队投入战斗.