1) compound torpedo warhead
复合式鱼雷战斗部
1.
Structures and performances of compound torpedo warhead were analyzed and the simulation powder experiments were conducted.
该文分析了复合式鱼雷战斗部的结构和性能,结合模拟威力试验,验证了利用复合式鱼雷战斗部攻击抗爆能力强的大、中型潜艇的可行性,并提出了增强威力的具体措施,为进一步指导复合式鱼雷战斗部设计提供参考。
2) torpedo warhead
鱼雷战斗部
1.
At several water entry speeds,the acceleration changes of the key parts of torpedo warhead shell with time are calculated.
本文以轻型鱼雷为例,采用ANSYS/LS-DYNA仿真分析软件建立了鱼雷入水的有限元模型,分别计算了在几种不同的入水速度下,鱼雷战斗部壳体关键部位的加速度随时间的变化特性,并对战斗部不同部位的加速度随时间的变化曲线进行了对比分析,得出了在不同的入水速度下鱼雷战斗部的动态响应规律,其结果对于新型触发引信的设计、战斗部装药的安全性设计及其他元器件的抗冲击性能设计具有重要的参考价值。
3) Group liner warhead
组合式战斗部
4) rod warhead
杆式战斗部
1.
The damage experiments of simulation target′s vulnerability were made by using the real rod warhead to the charges covered steel shell.
利用某原型杆式战斗部对带防护的柱壳装药模拟靶进行了易损性毁伤实验研究。
5) demolition warhead
爆破式战斗部
1.
Aiming at the damage characteristic of demolition warhead,a new mode of fuze-warhead coordination that missile detonates with the mode of proximity burst while flying over target,and contact explosion in other state of missile and target encountering,was put forward.
针对空地反辐射导弹爆破式战斗部的毁伤特性,提出了一种导弹飞过目标近炸,其它弹目交会情况触发起爆的新的引战配合方式。
6) Fragmentation warhead
破片式战斗部
1.
In this paper,the background of double focuses fragmentation warhead is introduced,the mathematic model for double focuses warhead is established.
介绍了双聚焦破片式战斗部研制背景和特点,建立了双聚焦破片式战斗部的数学模型,根据传统的设计方法进行了计算机辅助设计研究,给出了聚焦式战斗部具体的仿真方法和优化设计方法。
2.
The killing probability of fragmentation warhead of missile to air target and its influence factors were analyzed.
以某拦截弹破片式战斗部杀伤战术弹道导弹为例进行了仿真计算,并对仿真结果进行了分析,结果表明增大战斗部破片的杀伤半径对提高战斗部的杀伤概率有利。
3.
Based on these, models for calculating the damage done by a fragmentation warhead upon the target can be built up.
在此基础上建立了破片式战斗部对地面复杂目标的毁伤计算模型 ,并以装甲输送车为例进行了计
补充资料：串联式空习装药战斗部
[英文]：series shaped-charge warhead