破甲弹

破甲弹采用EFP战斗部时，要求药型罩材料必须有好的动态延展性和一定的抗拉强度。

The material of shaped charge liner should have good dynamic ductility and certain tensile strength when shaped charge adopts explosively formed projectile warhead .

一种低成本多用途破甲弹近炸电路的设计

A design of low cost and multiple uses heat proximity circuit

超强磁破甲弹磁头装置的磁路设计

The Design of the Magnetic Circuit of Magnetic Head of Super-Strong Armour-Piercing Projectile

钼在破甲弹上的应用前景

The application foreground of molybdenum in shaped charge warhead

破甲弹侵彻钢板后防护效果试验

Protection for tank crew against armour piercing projectiles testing

一种新型聚能破甲弹的应用研究

Application Study on a new type shaped charge warhead

某型破甲弹动态威力数值模拟

Numerical Simulations of Dynamic Power for A HEAT

工艺参数对破甲弹作用效果影响的数学模型

The Mathematical Model about the Influence of Technological Parameters on the Effect of Hollow Charges

某型火箭增程破甲弹发动机弹道炸分析与处理

The analysis and treatment of the ballistic explosion in the engine of a certain rocket destroy - armour bomb

介绍了超强磁破甲弹磁头装置的工作原理。

The operating principle of the magnetic head of the super - strong armour - piercing projectile is introduced .

结合液体火箭发动机和破甲弹的发展需求，将磨擦辅助精密电铸技术应用于其关键零件的制造。

Based on the requirements for development of liquid propellant rocket engine and shaped charge warhead , the manufacturing technique of their key parts was researched .

研究结果表明，药型罩晶粒度、同轴度、壁厚差等对破甲弹的破甲威力具有重要影响。

The study results have shown the influence of the grain size , coaxiality and wall thickness tolerance of liner on armor-piercing power of HEAA shell .

聚能破甲弹的金属射流断裂后发生径向随机发散，导致破甲深度显著下降。

After the metal jet of the shaped-charge has been broken , a random radial devergence of the jet segments is produced , so that the penetration depth is reduced notably .

文中采用数值模拟方法，对高速破甲弹生成的金属射流在头螺内运动过程进行了分析。

The aim of this paper is to analyze the movement of metallic jet in fuze adapter generated by the high-speed high explosive antitank projectile through the use of numerical simulations .

使用基准破甲弹对等厚不同强度钢的靶板进行静破甲，得到形状相似的弹坑。

Used the norm penetration case , the quietly penetration has been done to the steel target plank which is equal thickness but different intensity , and the similar form craters ware be obtained .

对火箭增程破甲弹的底部施加压力，求出弹内各部件的应力、应变分布情况，以此为研究依据，分析其结构是否合理。

The pressure is applied to the bottom of the cannonball , the stress and strain distribution of each component can be got by the analysis of Finite Element Method , then judging whether the structure is reasonable .

运用剩余穿深理论，结合坦克配用的穿甲弹、破甲弹和榴弹毁伤目标的机理，通过理论分析，提出了依据剩余窗深选择坦克对装甲目标射击弹种的新方法。

Applying the pierced remnant energy theory , based on the damage theory of apfsds , heat and shrapnel , a new method of selecting shells of tank firing at armored target according to pierced remnant energy is put forward .