等于rt除以摩尔体积减去b的差。
等于a除以摩尔体积V杠的平方。
所以这是气体的摩尔体积。
这是气体的摩尔体积。
固体水的摩尔体积，比液体水的摩尔体积大。
Because the molar volume of solid for water is bigger than that for liquid.
由给定条件下的液体的，摩尔体积乘以dp给出。
Is going to be given by the molar volume of a under these conditions in the pure liquid dp.
现在让压强趋于，现在测量气体的压强，和摩尔体积。
So, you do this measurement, you measure with the gas, you measure the pressure and the molar volume.
会怎么样，如果水的摩尔体积，比固体的摩尔体积大？
O what happens if the molar volume for the liquid is bigger than the molar volume of the solid.
计算了甘氨酸的表观摩尔体积、极限摩尔体积和理论水化数。
The apparent molar volumes, limiting partial molar volumes and hydration numbers of glycine were calculated.
本文得到了一种不用状态方程计算饱和蒸汽摩尔体积的新方法。
A new method to calculate the volume and fugacity of saturated vapor is obtained.
水的密度,是摩尔体积的倒数，所以密度，摩尔密度，等于一除以摩尔体积。
The density of water which is the inverse of the mole volume, so the density, the molar density, is equal to one over the molar volume.
现在我假定，这个物理量摩尔体积，不会发生变化，这是一个非常合理的假定。
And now I'm going to assume, and this is certainly a safe assumption, that this quantity this, molar volume, isn't going to change.
第一个近似是，你会发现气体的摩尔体积，远远大于固体，和液体的摩尔体积。
So the first approximation is, you can realize that the molar volume of the gas is always much bigger than the volume of the solid or the liquid.
这个参数的值与正常沸点下液体的摩尔体积成正比，且具有基团加和性。
It is found that the parameter is directly proportional to the molar volume of liquid at the normal boiling point, and its values have the additivity of groups.
或者气体的摩尔体积减去液体的摩尔体积,你可以忽略液体,和固体的体积。
Or the volume of the gas minus the volume of the liquid you might as well ignore the volume of the liquid or of the solid.
根据静电相互作用和结构水合作用模型讨论了阴离子和阳离子对迁移偏摩尔体积的影响。
The transfer partial molar volumes from water to oxacid salt solutions have been discussed in terms of electrostatic interaction and structural interaction.
根据结构水合作用模型讨论了迁移偏摩尔体积的变化规律，并与乙醇-水体系作了比较。
The transfer volumes from water to polyol - water mixtures have been obtained and discussed in terms of the structural hydration interaction model.
这意味着我们不需要,担心摩尔体积随着，气压和浓度的变化,至少在我们所考虑的,这么低的浓度下。
That is, we're not going to worry about changes in the molar volume, either as a function of pressure or a function of concentration at the low concentrations that we're working.
摩尔体积发生了很小的改变，如果你试图使气体分子间相互碰撞，他们不能占据同一个位置。
The molar volume is being changed a little bit trying to make things collide with each other, they can't occupy the same volume.
根据等温时压力对体系自由焓影响的关系式，把压力对体系热力学数据的影响都归结为对体系中各组元偏摩尔体积的影响。
And it was supposed that the influence of the pressure on the system is only effect upon the exess molar volume of the system rely on the relationship of Gibbs free enthalpy with the pressure.
根据等温时压力对体系自由焓影响的关系式，把压力对体系热力学数据的影响都归结为对体系中各组元偏摩尔体积的影响。
And it was supposed that the influence of the pressure on the system is only effect upon the exess molar volume of the system rely on the relationship of Gibbs free enthalpy with the pressure.
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