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- In this paper,the electroformed shaped charge liners made by different techniques are analyzed by EBSD. 利用电子背散射衍射对不同电铸成形工艺的药型罩进行了分析研究,研究表明:电铸药型罩的晶粒为超细晶粒;
- The material fracture behavior after the shaped charge liner collapsed is related to dynamic characteristic, content and distribution of impurity, grain size and morphology. 论述了药型罩被压溃后材料的破坏行为与材料的动态性能,杂质的含量及其分布,晶粒的大小和形貌有关。
- The Application of Tungsten as Shaped Charge Liner Material 钨在药型罩中的应用
- Application of Tantalum as Shaped Charge Liner Material 钽在破甲弹药型罩中的应用
- A STUDY ON TUNGSTEN-COPPER-NICKEL ALLOY AS SHAPED CHARGE LINER 钨铜镍合金药型罩研究
- Development of material in shaped charge liner for EFP 爆炸成形弹药型罩材料的现状和趋势
- Study of microstructures and textures of electroformed and rotary - pressed shaped charge liners 电铸与旋压药型罩微观组织及织构的研究
- A Study of the Influence of Wall-thickness of Shaped Charge Liner on the Depth of Cutting 聚能罩壁厚对切割深度的影响
- QUANTITATIVE ANALYSIS OF TEXTURE OF ELECTROFORMED SHAPED CHARGE LINER BY ELECTRON BACKSCATTER DIFFRACTION 电子背散射衍射对电铸药型罩织构的定量分析
- Microstructure and property of electroformed nickel shaped charge liner before and after annealing treatment 电铸镍药型罩经退火处理后组织与性能的变化
- Keywords shaped charge liner;electroforming;electron backscatter diffraction;texture; 药型罩;电铸;电子背散射衍射;织构;
- MICROSTRUCTURAL OBSERVATION OF ELECTROFORMED COPPER SHAPED CHARGE LINER BEFORE AND AFTER HIGH-SPEED DEFORMATION AND STUDY OF DEFORMATION MECHANISM 电铸铜药型罩高速变形前后微观组织的观察以及变形机理的探讨
- shaped charge liners 成型装药
- A wedge - shaped charge pointing downward. 楔形普通图记一种头朝下的楔形图章
- shaped charge liner 药型罩
- nickel shaped charge liner 镍药型罩
- powder shaped charge liner 粉末药型罩
- The results show that the high-rate deformation process of the electroformed shaped charge copper liner is a kind of dynamic recovery and recrystallization. 实验结果表明电铸铜药型罩的高速变形过程是一个动态回复和动态再结晶过程。
- 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。
- First, a specially shaped charge of chemical explosives surrounding a plutonium pit goes off. 第一，围绕在钚核周围并装载于特殊形状里的化学爆炸物要被引爆。
