gruneisen meaning in Chinese
格吕奈森
Examples
- So , the ideal mixture model is adopted to estimate their densities , volume velocities , wave impedances , specific heats , gruneisen parameters and hugoniot coefficients . relative research indicates that not only the compositions but also microstructures of the composites affect their physical properties
对复合材料的相组成和元素面分布的分析，以及对其显微结构的观察表明， w - mo 、 mo - ti体系复合材料均可看作简单混合物体系。 - ( 5 ) the ability of carry out a porous shock compression experiments with uncertainty less than 20 % has been had , and then there is a possibility to obtain at high pressure with uncertainty less than 10 % . ( 6 ) another method to get , utilizing the method 3 p _ ( c ) and shock compression data , has been investigated . it has been shown preliminarily that there a simple phenomenal project to calculate by utiliaing this method
第三方面，考察了以实验数据计算的一些情况，获得的主要结果为( 5 )就目前所能达到的实验精度，开展具有适当初始疏松度的疏松材料的冲击压缩实验可提供不确定度10的高压实验测量值； ( 6 )利用本文给出的冷压与冲击压缩实验数据联立的方法计算了大量金属的宽热力学范围的男，初步的分析表明，以该方法为基础可形成一种更多保留实验信息的gruneisen系数唯象计算方法。 - This eos is thought a supplement to the gruneisen eos for it utilizing pressure p and temperature t as its variables . a statistical mechanics proof had been presented , so the substance parameter r in the eos first time has its virtual definition and then can be used without any other eos . additional , some other points of this eos also have been discussed , for example , the r = r ( p ) hypothetic
本文( l )给出了这种物态方程的一种统计力学推证，给出了方程中物质参数r的微观定义，从而使该方程能不再依赖于gruneisen物态方程而独立存在; ( 2 )研究了r的特性，证明了r = r伊夕假设具有一定的近似合理性，但以常压实验数据的实际检验显示， r具有相对较大的温度系数，这是在今后的理论研究和实际应用中应该加以重视的。 - Based on the shale code , the early code of ale , the two dimensional finite difference elastic - plastic flow code hepale has been developed , in which the ideal elastic - plastic model and equation of state of gruneisen are used to describe the solid material , the programmed burn technique is used to simulate the propagation of detonation , and the equation of state of jwl is used to describe the detonation products
借助于ale方法的早期程序shale的基本框架，开发研制了二维弹塑性流ale方法计算程序hepale 。程序包含用弹塑性本构模型和gr nrisen状态方程来描述固体材料的行为；采用jwl状态方程来描述爆轰产物的性质；采用程序燃烧法来模拟爆轰波阵面的传播。