火药力的英文

• potential of grain

• 火药    gunpowder
• 药力    efficacy of a drug 药力强。 the medicine is potent enough to produce the desired effect. 药力发作。 the drug is taking effect
• 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
• 耐药力    drug resistance
• 药力强    the medicine is potent enough to produce the desired effect
• 药力学    pharmacodynamics
• 药力大的药    potent drugs
• 药力发作    the drug is taking effect
• 药力强烈    potent effect
• 药力试验    proving
• 有耐药力    tolerate
• 火药、黑色火药    black powder
• 传染性耐药力    infective drug resistance
• 使药力得发挥    bring theeffects of the drugs into full play
• 药力用用强烈    potent effect
• 传火药    igniter; starting mix
• 导火药    explosive train; train
• 底火药    priming charge
• 点火药    bomb igniter; firing charge; first-fire charge; igniting charge; igniting powder; ignition charge; ignition powder; ignitioncharge; primary charge; primer charge; priming composition
• 粉末；火药    powder
• 黑火药    b. p. = = black powder; b. p. = bp = black powder; black gu owder; black gunpowder; miner's powder
• 火药饼    powder cake
• 火药驳    cordite lighter
• 火药舱    cordite compartment; powder tank; powderroom
• 火药池    flash pan

• The closed bomb test is performed , and the power strength , impact sensitivity , flash point are tested
  进行了密闭爆发器实验，测试了火药力、撞击感度和爆发点等性能。
• The co - volume , impetus , combustion velocity coefficient and pressure exponent were obtained through these combustion p - t curves
  实验测得了它们的火药力、余容、燃速系数、压力指数等燃烧性能参数。
• When propellant is used in weapons with larger gas expanding ratio , the power capability accords with potential energy , and the power capability accords with impetus when gas expanding ratio is small
  发射药在气体膨胀比大的武器上应用时，做功能力与潜能较为一致；在气体膨胀比小的武器上应用时，做功能力与火药力较为一致。
• The results show that the thermodynamic properties of propellant combustion gas products have an important effect on its expanding power , and the correlation between conventional energy parameters such as impetus , potential energy and its power capability is not identical
  结果表明，发射药燃气产物的热力学性质对其膨胀做功具有较大的影响，传统的火药力或潜能能量参数与做功能力之间的关系并非完全一致。
• The combustion parameters such as co - volume and impetus of the studied explosives were obtained through two methods , one is the standard closed bomb test ( cbt ) and the other is theoretic calculating with vlwr eos . the calculated values agreed well with experimental data
  研究采用密闭爆发器实验对炸药的燃烧性能参数(如火药力、余容等)进行了测试，并采用vlwr状态方程方法对这些燃烧参数进行了热力学计算，获得与实验吻合的燃烧性能参数。