1) 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。
2) continuous rod warhead
连续杆战斗部
1.
According to the principles of optic projection, a method to calculate target s part incised by continuous rod warhead, which need not know the complex algebra description of target s surface, is proposed.
根据光学投影原理，提出了一种计算连续杆战斗部切割目标部位的方法，该方法无须已知目标表面复杂的解析描述，就能有效地计算出链杆切割目标的轨迹，算法简单，思路清晰。
3) KE-Rod warhead
动能杆战斗部
1.
In this paper,the detonation driving problem of KE-Rod warhead is studied through two methods:3D numerical simulation and experiment.
采用三维数值模拟和实验两种研究手段对周向均匀动能杆战斗部的爆轰驱动问题进行了研究。
4) discrete rod
离散杆战斗部
1.
An exploratory engineering method was proposed to design warhead with structure of controllable rotation discrete rod.
探索性提出了可控旋转式离散杆战斗部结构的一种工程设计方法 ,给出了有关设计依据和原理试验结构 ,对该结构类型战斗部设计是一个有益的尝
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