在讨论热力学第三定律的时候，我们讨论过压强变化，即对于纯净的完美晶体，随着温度下降到绝对零度熵也变成零。
We looked at pressure change before, actually, in discussing the third law, the fact that the entropy goes to zero as the absolute temperature goes to zero for a pure, perfect crystal.
对零点剩余炳的存在提出了一种新解释，指出零点剩余熵的存在和熵冻结实际上是等价的，比热测量的结果并不违背热力学第三定律。
It is shown that the existence of the residual entropy and the entropy-freezing are in fact equal and that the third law of thermodynamics is still valid in glass systems.
介绍了证明热力学第三定律的一种简单方法并给出了其统计解释。
A simple method is introduced to prove the third law of thermodynamics and the statistical exposition has been given for it.
指出经典理想气体与热力学第三定律是不相容的，并作了一些讨论。
It is pointed out that the classical ideal gas is incompatible with the third law of thermodynamics, and some discussions ard done.
热力学第三定律的说法至今还没有一致。
Until now there is no universally accepted formulation of the third law of thermodynamics.
热力学第三定律的正确性早已经被实验所论证，许多学者对热力学第三定律的证明也运用了相应的论证方法。
The third law of thermodynamics has already been demonstrated to be true by experiment and many scholars' relative demonstrative ways.
指出热力学第三定律是克服奇点困难的可能途径。
It is pointed out that the third law of thermodynamics is a possible approach to overcome the singularity difficulty.
在前几次课中，我们通过努力明确的，给出了热力学，第一，第二和第三定律。
So, over the last few lectures we've worked and struggled so formulate the second and third laws of thermodynamics in addition to the first.
最后，讨论了黑洞的热力学第三定律。
Lastly, the third law of thermodynamics of black-hole has been completely discussed.
指出了钟速同步与热力学第零定律的关系，以及奇性定理与热力学第三定律的关系。
The relation between the synchronization of clock rate and the zeroth law of thermodynamics, and the relation between the singularity theorem and the third law of thermodynamics are pointed out.
唯一的问题是，根据热力学第三定律，温度不可能低于零下459华氏度。
The only snag is the Third Law of Thermodynamics, which says it's impossible to go below-459F.
唯一的问题是，根据热力学第三定律，温度不可能低于零下459华氏度。
The only snag is the Third Law of Thermodynamics, which says it's impossible to go below-459F.
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