Sign in | English | Terms of Use
DictionaryForumContacts

   Chinese ⇄
Terms for subject Explosives and Explosive Ordnance Disposal containing 冲压 | all forms | in specified order only
ChineseEnglish
冲击压力损失shock pressure loss (SLF)
冲击波压力损失与炸药的爆炸压力有关、可以通过计算炸药的密度和爆速来估算。因此、炸药的冲击波压力损失的测定可以通过实验引人一些诸如温度、静态和动态预压及导爆索支线等变量来确定The shock pressure loss is related to the explosive's detonation prepressure, which can be estimated by knowing the density and detonation velocity of the explosive. Therefore, the SLF for a test explosive can be experimentally determined by introducing in the test certain additional variables, such as temperature,static and dynamic pre-compression and detonating cord downline
冲击波压缩shock wave compression
冲击波峰压shock wave peak pressure
冲击波超压overpressure of shock wave
冲击波超压airblast overpressure
冲击波超压与脉冲shock wave overpressure and impulse
冲击波超压值冲击波阵面后的压力与冲击波阵面前未扰动介质压力之差值overpressure value of shock wave
冲击波超压的破坏潜力damage potential of airblast overpressure
冲击波超压能级受爆破设计、实施工序及当时大气条件的影响Airblast overpressure levels are influenced by the blast design and its implementation,and the prevailing atmospheric conditions
冲击波超压这一术语仅指爆破作业时产生的、且超过无所不在的大气压力的一种压力The term airblast overpressure means simply a pressure generated during blasting operations above that of atmospheric pressure that is always present
冲击波阵面压力shock front pressure
冲击矿压煤层具有发生冲击矿压危险的煤层coal seam of rock burst-prone
冲压punch 的现在分词punching
即便在爆破完全封闭且岩石没有破碎的情况下、穿行在岩层的压力脉冲会继续向前进人大气Pressure pulses traveling through the rock continue onward into the atmosphere even when the blast is completely confined and the rock is not broken
地压脉冲rock pressure pulse
径向压缩应变脉冲radial compressive strain pulse
空气冲击波超压等级airblast level
空气压力冲击直接由岩石表面位移或爆破抛出产生的空气冲击压力，单位为 Paair pressure pulse
空气压力脉冲Air pressure pulse
能量和压力稍有缓冲slight buffer of energy and pressure
药包埋深不仅是决定空气压力强度的主要因素、而且对脉冲频率及持续时间也有影响The depth of burial of the charges is not only a primary factor in determining the intensity of the air pressures, but it also has an effect on the frequency and duration of the pulses
近来的研究提供了更为准确的气象数据、可以用来预测和评价诸如噪声、飞尘抑制、气体排放以及冲击波超压等对环境的影响Recent research has provided more accurate meteorological data that may be used for the prediction and assessment of environmental effects such as noise, dust control, and gaseous emission as well as airblast overpressure

Get short URL