1) shaped charge projectiles
聚能侵彻体
1.
Fins is able to enhance flying stability of shaped charge projectiles,so it is very important to study the way to form fins.
尾翼可以提高聚能侵彻体的飞行稳定性,如何形成有一定规律性的尾翼在聚能侵彻体的研究中具有重要意义。
2) Jetting Projectile Charge
聚能杆式侵彻体
1.
Numerical Simulation of Formation Process of Jetting Projectile Charge by Flyer Initiation;
飞片起爆条件下聚能杆式侵彻体成型数值模拟
3) charge penetration
聚能侵彻
4) kinetic penetration bodies
动能侵彻体
1.
A simulative experimental method of big length-radius ratio kinetic penetration bodies against reinforced concrete targets is proposed.
该文提出了一种大长径比动能侵彻体侵彻钢筋混凝土的模拟试验方法,通过侵彻速度为300 m/s~400 m/s的57 mm动能侵彻弹对半无限厚钢筋混凝土靶的垂直侵彻试验,得到了最大侵彻深度、着靶姿态等试验参数。
5) penetration performance
侵彻性能
1.
Research progress in high penetration performance of tungsten heavy alloys;
高侵彻性能钨合金研究进展
2.
It is analyzed that the penetration performance is affected by different pre-drilled radius.
针对串联随进战斗部中弹丸对预开孔靶的侵彻性能,基于经典的空腔膨胀理论解析模型,建立修正的空腔膨胀理论模型,对不同尺寸预开靶孔的弹丸随进性能进行了分析。
6) penetration ability
侵彻能力
1.
In the paper effects of et incidence angle on penetrationability is studied by experiment and analysis,The results show that the rules of incidence angle effects for homogenous armour steel and glass fiber reinforced plastics are different The former et penetration ability decreases with the increase of the incidence angle,but the latter is opposite from the former.
采用试验和简化理论分析相结合的方法，研究了射流着角对其侵彻能力的影响。
2.
The study and injection molding of high-performance tungsten alloy to improve the penetration ability of armour-piercing shell and APHE are introduced.
概述了高密度钨合金在弹用材料中的应用,介绍了可提高穿甲弹和破甲弹侵彻能力的高性能钨合金及其研制和注射成形技术,并展望了加强与改进相关研究的发展方向。
补充资料：氢化-1-癸烯四聚体、 三聚体
CAS：68649-12-7
沸点：316℃
中文名称：氢化-(1-癸烯四聚体与1-癸烯三聚体)
氢化-1-癸烯四聚体、 三聚体
英文名称：1-Decene, tetramer, mixed with 1-decene trimer, hydrogenated
Hydrogenated trimer and tetramer of decene
沸点：316℃
中文名称：氢化-(1-癸烯四聚体与1-癸烯三聚体)
氢化-1-癸烯四聚体、 三聚体
英文名称：1-Decene, tetramer, mixed with 1-decene trimer, hydrogenated
Hydrogenated trimer and tetramer of decene
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