1) extended range projectile
炮弹增程
1.
The development of the extended range technology of projectile is promoting much longer range for a large caliber gun, so the extended range projectile will be a new direction of ammunition development in 21st century.
大口径炮弹增程技术的发展,使常规火炮射程产生了新的飞跃,增程炮弹将成为21世纪弹药发展的新宠。
2) projectile adding range technology
炮弹增程技术
3) shell
炮弹
1.
Discrimination and Equivalent Charge Estimation of bygone Aero-bomb and Shell;
废旧航、炮弹的辨识与销毁当量估算
2.
A new radial friction welding band technology on small shell was proposed.
介绍了小口径炮弹弹带的摩擦焊技术。
3.
Process design of cathodic electro- phoresis coating line for middle or small work pieces such as shells and windscreen wipers was discussed in particularly.
详细论述了炮弹、汽车雨刮器等中小工件阴极电泳涂装生产线的工艺设计 ,阐述了生产线的基本型式、设备组成和设计原则 ,介绍了一种新型的针对中小工件阴极电泳涂装的步进直线式T型行车输送涂装生产
4) projectile
炮弹
1.
Editing statement on specificaion for alloy steel bars for projectile(GJB 397A-98);
GJB397A-98炮弹用合金钢棒规范编制说明
2.
Editing statement on specification for carbon steel bars for projectile(GJB 398A-98);
GJB398A-98炮弹用碳素钢棒规范编制说明
3.
Study on ballistic models of rocket-aid gliding extended projectiles;
火箭助推滑翔增程炮弹弹道模型研究
5) cannonball
炮弹
1.
This paper introduces several paths of improving the antiaircraft artillery system(Antiaircraft artillery,cannonball,firepower control system,etc.
介绍了应用高新技术成果改进我地面高炮部队装备的现役高炮、炮弹、火控系统等高射炮系统的几种方法。
2.
In the design of plastic belt, the effect of the cannonball s total capability should be concerned carefully.
塑料弹带设计应注意对炮弹总体性能的影响 ,以及气温炮温和老化等对塑料弹带可行性的影响 。
6) shells
炮弹
1.
At present, dismantling of the waste shells is half conducted by hands and half by mechanization, the automatization is in a low level.
目前,废旧炮弹拆解主要是在半人工、半自动化状态下完成的,自动化程度低。
2.
The waste treatment of shells is an important part in handling waste shells and recycling ammunition in the military industry.
炮弹处废是军事工业处理废旧炮弹、回收弹药的重要内容。
参考词条
补充资料：核炮弹
核炮弹是指用火炮发射的装有核战斗部的弹种。核炮弹分为裂变型和增强辐射型。裂变型核炮弹，杀伤威力一般在几百吨至几千吨tnt当量，主要用于打击敌机场、桥梁、集结地和集群坦克等目标，增强辐射型核炮弹杀伤威力约1 000～2 000吨tnt当量，主要用于攻击敌部队集结地和集群坦克中的人，它具有体积小、重量轻的特点，便于在战场上灵活使用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。