1.
Method of amorce mass estimation for solid rocket motor
固体火箭发动机的一种点火药量估算方法
2.
A Detecting and Selecting Method Based on Non-destructive Testing Technology for Bullets of Shooting Competition
一种基于无损检测的运动用射击子弹火药量检测与挑选方法
3.
a charge of ammunition for a single shot.
一次射击的火药计量。
4.
The explosive used to ignite a charge.
起爆药，引火药，点火药用来引爆一定量炸药的爆炸物
5.
According to this assignable regulation for the use of firing enegy, the internal ballistic performance of caseless cartridge can be improved by adjusting weight of combustibility primer or addition ignition composition.
根据这一点火能量利用分配规则，调整可燃底火或辅助点火药的药量，可以改善内弹道性能。
6.
The Automatic Measurement System of Artillery Chambar Geometrical Parameters
火炮身管药室几何量参数自动测量系统
7.
The systems design of automatic meaturing device of artillery chambar geometrical parameters
火炮药室几何量自动测量装置系统设计
8.
Influence of Powder Mass and Distribution on Output Energy of Pyrotechnically Pumped Laser
火药剂量与排布对烟火抽运激光器出光能量的影响
9.
The Application of Thermal Flux Measurement to Design of B/KNO_3 Igniting Charges
热通量测量在B/KNO_3点火药装药结构设计中的应用
10.
Add to that the powder, pork, and bread-bags.
此外还得加上火药、猪肉和面包袋的重量。
11.
He used gunpowder to seize both on the underdeveloped continents of Asia and Africa.
它依仗着火药的力量在落后的亚、非洲进行掠夺。
12.
Design of Real-Time Temperature Measuring Device of Gun Charge Based on Single Chip Computer;
基于单片机的火炮装药温度实时测量装置设计
13.
STUDY ON THE DETERMINATION OF PERCHLORATES IN PYROTECHNIC COMPOSITIONS;
烟火药剂中高氯酸盐含量测定方法的研究
14.
Ditermination of Trace elements in Thymus serpyllum L.by Flame Atomic Absorption spectrophotometry;
火焰原子吸收法测定中药百里香中的微量元素
15.
Experimental Analysis on Dosage of Circulating Water's Coagulant Experiment in Power Plant
火电厂循环水回用混凝加药量的实验分析
16.
Successive Determination of Calcium,Magnesium,Iron,Zinc,Copper and Manganese in Du Qing Yao by FAAS with Microwave Digestion
微波消解-火焰原子吸收光谱法测定彝药毒清药中微量元素
17.
The power of the gun depended on how much gunpowder the hunter put into it.The more powder,the stronger the gun would shoot.
枪的威力取决于猎人填进多少火药。火药装得越多，步枪发射的力量便越大。
18.
The ammunition consumption for a ground cannon to kill a target is a r andom variable.
地面火炮毁伤目标所需的弹药消耗量是一随机变量。