| 1. | The calculating method of equation - of - state for inert gases
单原子气体的物态方程计算方法 |
| 2. | Equation of state and partial excess chemical potential for binary hardsphere system
二元硬球系统的物态方程及偏超额化学势 |
| 3. | In chapter 4 , the physics foundation of the " wj eos " has been studied
本文还研究另一种描述热贡献的理论模型? wj物态方程。 |
| 4. | Equation of state
物态方程 |
| 5. | Equation of states ( eos ) under high - temperature and high - pressure is important to study for solids physics
高温高压下物态方程的研究在实践和理论中都具有重要的意义。 |
| 6. | Narrowly speaking , eos is the relationship between the pressure , the volume and temperature of substance system in thermodynamic equilibrium
从狭义上来讲，物态方程是描述处于热力学平衡态的物质系统中压强、温度、体积之间的函数关系。 |
| 7. | In view of the applied condition , the equations of state are assorted as follows : isothermal eos , isobaric eos , and high - temperature eos
从适用的宏观条件、范围上来分，固体物态方程可分为三大类：等温态方程，等压态方程，高温态方程(相对德拜温度) 。 |
| 8. | As shocked porous iron has a higher temperature than solid iron , we can investigate eos of iron at higher temperatures by shock compression of porous iron samples
本文利用多孔铁在冲击压缩过程中比密实铁具有更高温升的特性，对多孔铁的物态方程进行了比较深入的研究。 |
| 9. | In a narrow sense of the word , equation of state ( eos ) is the relationship of pressure , volume ( or density ) and temperature ( p - v - t ) for substance system in thermodynamic equilibrium
从狭义上讲，物态方程是描述处于热力学平衡态的物质系统中压强、温度、体积或密度之间的函数关系( p - v - t ) 。 |
| 10. | We also compare the deduced new eos to the other famous eos . in chapter three , some common isobaric equations of state and the related parameters are introduced . we list some empirical eos and clarify their models of theory
列出了一些常用的经验物态方程，并阐述了它们的理论模型，同时也对本文提出的物态方程进行了验证、比较。 |
