粒子速度的英文

• partical velocity
• particle speed
• particle velocity

• "粒子"英文翻译    grain; granule
• "速度"英文翻译    velocity; speed; blast; bat
• "粒子速度计" 英文翻译 :    particle velocity meter
• "峰值粒子速度" 英文翻译 :    peak particle velocity
• "换算粒子速度" 英文翻译 :    reduced velocity of a particle
• "瞬发粒子速度" 英文翻译 :    instantaneous particle velocity
• "有效粒子速度" 英文翻译 :    effective particle velocity
• "电子速度" 英文翻译 :    electron velocity; velocity of electrons
• "分子速度" 英文翻译 :    molecular velocity
• "离子速度" 英文翻译 :    ion velocity
• "拍子速度" 英文翻译 :    tempo
• "梭子速度" 英文翻译 :    speed of shuttle
• "中子速度" 英文翻译 :    neutron speed; neutron velocity
• "转子速度" 英文翻译 :    spinner velocity
• "电子速度分析" 英文翻译 :    electron velocity analysis
• "电子速度谱仪" 英文翻译 :    electron velocity ectrometer; electron velocity spectrometer
• "电子速度选择" 英文翻译 :    electron velocity sorting
• "分子速度分布" 英文翻译 :    distribution of molecular velocity
• "中子速度分布" 英文翻译 :    neutron velocity distribution
• "中子速度谱仪" 英文翻译 :    neutron velocity spectrometer
• "保护套电子速度表" 英文翻译 :    cycle computer
• "电子速度传感器" 英文翻译 :    electronic eed se or; electronic speed sensor
• "电子速度分析器" 英文翻译 :    electron velocity analyzer
• "电子速度选择器" 英文翻译 :    electron velocity selector
• "慢中子速度谱仪" 英文翻译 :    slow-neutron velocity spectrometer

• There may also be an increase in the velocity of air particles in the blast wave due to precursor action .
  由于前驱波的作用，爆震波中的空气粒子速度可能增加。
• Due to the release by the rarefaction wave from the rear of copper impactor , and with the measurement of the velocity at the interface of sample and window , the release path was detected
  利用来自飞片后界面稀疏波对被测样品卸载，测量了样品窗口界面的粒子速度剖面，得到了无氧铜的卸载路径。
• The linear relationship between shock wave velocity d and particle velocity u of our samples were obtained : d = 3 . 701 + 1 . 527u there the unit of relocity is km / s . no phase transition shows for enstatite with perovskite structure according to the experimental linear d - u line up to 110gpa
  实验结果表明，在80 115gpa压力范围内本文所用顽火辉石的冲击波速度d与粒子速度u可用线性关系： d = 3 . 247 + 1 . 626u来描述。
• Results indicate that with the approximation of _ ( 0 ) _ ( 0 ) - grtlneisen equation of state is usable to describe the release isentrope of ofhc copper in the present pressure range . in addition , the difference ( w - 2u ) becomes greater with the increase of shock pressure , where w is the measured particle velocity at the final release state ( 1 atm ) and 2u is computed from the mirror line of hugoniot
  卸载路径的计算和分析表明：在所研究的压力范围，无氧铜的等熵卸载过程用gr neisen状态方程在_ 0 _ 0 =近似下的描述是适用的；卸载到一个大气压的终态粒子速度w与镜像反演的粒子速度2u的偏差，随冲击波压力的增加而增大。
• Experimental techniques for simulating cavity decoupling explosion in laboratory wear developed , which include a center initiating explosive charge designed in shape of mini - spherical with yield equivalent to 0 . 125 ~ 8 . 00gtnt , circular electromagnetic particle velocity gages and aluminum bar strain gages measurement techniques , spherical divergent stress waves generator . large amount of tamped and cavity explosion experiments had been made in granite , soil , cement mortar and water media environment , respectively
  本文建立起了包括中心起爆的0 . 125 8 . 00gtnt微型球形炸药装置的研制、圆环形电磁粒子速度计及铝杆应变计测试技术和球形发散应力波实验装置等在内的实验室微型药量空腔解耦化爆模拟技术，并在花岗岩、土、水泥砂浆和水等介质中进行了大量的填实和空腔爆炸实验研究。
• Lagrange wave speed in the release process was computed from the measurement , and result shows a good agreement with the data in literature . furthermore from the lagrange wave speed , the stress - strain relationship in the release process was calculated using the impedance match solution . comparison of the stress - strain with the fluid elastic - plastic model indicates that ofhc copper exhibits a clear work - harden behavior during the release
  根据界面粒子速度剖面，计算得到了卸载过程中lagrange声速随界面粒子速度变化的关系，所得结果与文献给出的数据符合很好；其次，利用阻抗匹配近似，计算分析了无氧铜卸载过程的应力-应变关系，并与流体弹塑性模型进行了比较，结果表明：无氧铜的卸载过程存在明显的应变硬化效应。

• 粒子速度的日语：りゅうしそくど
• 粒子速度とは意味sound particle velocity