There's no additional configurational energy.
没有其他的构型能量。
You change the temperature and the configurational energy doesn't change.
你改变温度，但构型能量没有改变。
Just like you can't put any more configurational energy into the system than to be in this state.
就像你不能在这个系统中，加进比这个能态更多的构型能量。
So in other words, what it's saying is the configurational energy is zero, because everything is stuck in the ground state.
换句话说，它表示构型能量是零，因为所有分子都冻结在基态。
So this is a simple construction that gives us a set of states with distinct energies. And so we have a series of configurational energy levels.
那么这个简单的结构展示给我们,一套不同的能态,这样我们就有一系列构型的能级。
And of course that is consistent with what you would expect. If you say let's measure the configurational energy of a bunch of molecules in a liquid solution, or molecules in a gas floating around.
当然这和你所期望的以致，如果你说让我们来测量，许多分子的构型能，液体溶液，或到处流动的气体中的。
The results show that the voltage is affected mostly by vacancy intercalation energy, and that the configurational entropy has a small effect.
对该式中各参数的分析表明：嵌锂电压主要取决于空位嵌锂能，嵌锂过程中的组态熵的变化对电压的贡献较小；
The results show that the voltage is affected mostly by vacancy intercalation energy, and that the configurational entropy has a small effect.
对该式中各参数的分析表明：嵌锂电压主要取决于空位嵌锂能，嵌锂过程中的组态熵的变化对电压的贡献较小；
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