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hugoniot curve meaning in English

休戈尼奥特曲线

Examples

  1. According to the assumption that porous iron sample has transformed to homogeneous medium under a given shock pressure , a morse - type potential is used to simulate hugoniot curve and shock temperatures of porous iron by md method
    为了研究多孔铁样品在冲击压缩后系统温度均匀性的问题,本文还采用anderson的对势对多孔铁冲击压缩线进行了分子动力学模拟。
  2. However , whether the conclusion could be applicable to porous samples with larger porosities needs to be further verified by experiments . in brief , this work has used shock wave experimental , thermodynamic and md method to study the hugoniot curves of 6 . 151 - 6 . 725mg / m3 porous iron
    综上所述,本文采用冲击波实验、热力学理论方法和分子动力学方法对初始密度为6 . 151 - 6 . 725g / cm ~ 3的多孔铁样品冲击压缩特性进行了研究。
  3. As a result , the p - v curve of the target was a quasi - isentropic compression curve , which consisted of small hugoniot curves ( similar to isentropic curves ) from different original states , and was located betwee n the hungoniot curve and isentropic curve but closer to the latter . finally , on a two - stage light - gas gun , titanium alloy projectiles ( with mass of 0 . 35 ~ 2 . 80g ) were driven intact to hypervelocities as over 15km / s by 93w - ofc - tc4 - a1 - mb2 system flier - plate with graded wave impedance , although the fl
    在二级轻气炮上,利用93w - ofc一tc4一al一mb :系波阻抗梯度飞片成功将克量级( 0 . 35一2 . 809 )钦合金二级飞片发射到了15kln / s以上的超高速度,且二级飞片主体是完整性,但其平面性和飞行姿态还有待于今后的深入研究。
  4. By thermodynamic calculation on the hugoniot curves for porous iron , we have found that w - j model can be applicable in a limited temperature range . after an additional term is added for consideration of thermal electron , w - j equation can be applied to a higher shock temperature , and our experiment data can be more reasonably explained
    本文考虑了热电子贡献之后,将吴-经方程拓展到更大的适用温度范围,与本文实验测量的hugoniot数据比较发现,拓展后的吴-经方程在描述多孔铁的冲击压缩特性时具有更高的准确度。
  5. Basing on the two order tangency at initial point between isotropic curve and hugoniot curve , a new method for calculating cold energy cold pressure and cohesive energy for solid is presented in the paper , comparison with experimental data manifest that this method is very good and can be applied
    利用在初始点等熵线和冲击绝热线二级相切的性质,给出了一种可用于计算固体冷能冷压和结合能的新方法,并推导了利用hugoniot参数计算结合能的公式。与实验数据的比较表明,这种方法是有效可行的。
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Related Words

  1. hugoniot
  2. hugoniot equation
  3. hugoniot function
  4. rankine hugoniot relations
  5. hugoniot elastic limit
  6. rankine hugoniot relation
  7. hugoning
  8. hugoniot
  9. hugoniot elastic limit
  10. hugoniot equation
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