1) kinetic energy projectile
动能弹
1.
We conduced penetration experiments into reinforced concrete targets with ogive-nose kinetic energy projectiles.
利用火炮发射动能弹,对钢筋混凝土靶进行正侵彻和斜侵彻试验。
2.
This paper discussed the homogeneous equivalent target of explosive reactive armor,established the homogenecus equivalent target which kinetic energy projectile penetrated explosire reactive armor having boundary effect in terms of the formula of residual depth of penetration.
文中运用剩余穿深的等效准则建立了动能弹侵彻有边界效应的反应装甲的等效靶方法,给出了在不同弹着点动能弹侵彻反应装甲与均质靶板厚度之间的关系,并根据这一关系设计了等效靶的结构。
3.
Applying the method of numerical analysis, we labored the process of kinetic energy projectile penetrating homogeneous armor.
采用数值计算的方法对动能弹侵彻均质装甲进行了详细分析，计算了动能弹侵彻不同厚度均质装甲的穿甲过程，得出了均质装甲的厚度与剩余穿深的关系，同时对反应装甲的试验数据进行分析，得出了反应装甲不同弹着点与剩余穿深的关系。
2) kinetic energy projectiles
动能弹
1.
Based on the damage mechanism of armor targets impacted by kinetic energy projectiles, the method of selecting surrogates for this typical ammunition-target system was advanced.
根据动能弹对装甲目标作用的毁伤破坏机理 ,提出了这一特定弹靶系统中装甲目标等效靶的建立方法。
2.
Definition of rolled homogeneous armor equivalences (RHA-e) for the ability of advanced armor defending kinetic energy projectiles was brought forward.
该文阐述了先进装甲对动能弹防护能力在极限穿透速度和剩余穿深准则下的等效靶定义,结合实例分析了建立等效靶的影响因素,分别分析了基准函数的选取、等效准则、弹丸的材料形状及弹丸速度等因素的影响,阐述了等效靶在实际应用中应注意的问题。
3) kinetic bomb
动能弹
1.
The numerical simulation of kinetic bomb pe netrating multiplayer medium consisting concrete, cobble and soil in the hydro- code AUTODYN-3D TM is presented.
用AUTODYN 3D动力学软件对动能弹斜侵彻混凝土等多层介质靶问题作数值仿真研究 。
2.
The numerical simulation of Φ57mm kinetic bomb penetrating soil in the hydro-code AUTODYN-2D_(TM) is presented.
用 AUTODYN 动力学软件对Φ57mm 的动能弹侵彻土壤介质靶作数值仿真研究。
4) EPW
动能弹
1.
The distribution of compressive stress conducted by bending moment and axial inertial load was presented which indicated that slender EPW was sensitive to the effect of lateral impulsive loading resulted from.
最后基于压弯联合作用载荷分析,给出了动能弹设计的抗弯极限壁厚要求。
5) kinetic missile
动能导弹
1.
Information on some foreign kinetic missiles and hyper-velocity missiles, and the formations and performances of solid propellants were presented and some demands on performance of solid propellant used for the missiles were analyzed.
综述了国外几种主要动能拦截导弹、战术动能导弹和超高速导弹以及其所用固体推进剂的配方和主要性能,在此基础上分析了高速动能导弹和超高速导弹对固体推进剂在性能方面的需求。
6) high velocity kinetic energy projectile
高速动能弹
补充资料：半硬壳式弹体(见弹道导弹弹体)
半硬壳式弹体(见弹道导弹弹体)
semi-hard-shelled missile body
bQn yingkeshi dan桩半硬壳式弹体(semi一hard一shelled、ssilebody)见弹道导弹弹体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条