硝胺火药的英文

• nitramine propellant

• 硝胺:    nitramine; nitroamine; astra ...
• 火药:    gunpowder
• 硝胺:    nitramine; nitroamine; astralite; grisoutite; bellite; monobel; monarkite
• 火药:    gunpowder; powder 慢燃火药 a slow-burning gunpowder; 无烟火药 smokeless gunpowder; 使火药爆炸 explode [blow up] gunpowder; 中国首先发明火药。 早在唐代, 中国就发明了火药。 到宋代已被大量运用到军事上。 元、明之际, 还利用喷气原理制造了“火箭”。 火药从13世纪起传到国外。 gunpowder was invented in china. gunpowder, invented as early as in the tang dynasty (618-707 a.d.), was use militarily on a large scale in the song dynasty (960-1279 a.d.). in the period between the yuan dynasty (1271-1368 a.d.) and the ming dynasty (1368-1644 a.d.), “rockets” were invented with the use of the fundamentals of jet. gunpowder was introduced to other countries in the 13th century.; 火药袋 cartridge bag; 火药库 powder magazine; 火药室 powder chamber; 火药桶 powder barrel; powder keg
• 苯硝胺:    phenylnitramine

例句与用法

1. This is the theoretical foundation for simulating the gun interior ballistic performance using the closed vessel experiment . based on the functions from closed vessel experiments , the ballistic simulation results of maximum chamber pressure , muzzle velocity and p - t curves of a 105mm gun charged with ltsc nitroamine propellant at + 50c , + 15c and - 40 environmental temperature were in good agreement with experimental data
   在密闭爆发器实验的基础上，应用可视化程序对某105mm火炮采用低温感硝胺火药在+ 50 、 + 15和- 40环境温度下的最大膛压、初速以及膛压?时间曲线进行了弹道模拟，模拟与实验结果具有较好的一致性。
2. The coating processes and quality checking methods for low temperature coefficient coated high - energy nitroamine propellant have been studied based on the experiment data treatment and comparison of ltsc propellant combustion properties in closed vessel with that in gun , we found that there are some combustion functions in closed vess el are similar to that in gun
   通过对低温感硝胺火药在密闭爆发器和火炮膛内实验数据的处理与比较，找出了其在爆发器和火炮膛内燃烧特征相似的一些函数关系式，为利用密闭爆发器试验模拟火炮弹道性能提供了基础。