I know the vibrational energy.
我知道振动能。
任意的振动模式。
And then there's the vibrational part.
这是振动部分。
That is, I know the classical vibrational energy.
就是说，我知道经典的振动能。
So that's the vibrational heat capacity of a solid.
那么那就是固体的振动热容。
The relaxation rate for various vibrational...
计算了不同振动频率下的弛豫速率。
This would just represent all the vibrational energies.
这可以表示所有的振动能。
We also know what the vibrational partition function is.
我们也知道振动能的配分函数。
Now let's go to a small molecule and look at the vibrational energy.
现在让我们考虑小分子，看看它的振动能量。
The estimate method of vibrational stress of bladed-disk is given.
给出了叶盘结构振动应力数值预测方法。
That's what I describe for a single vibrational mode of, say, a molecule.
那是我对单一振动模式，例如一个分子的描述。
We want to speak about freedom: This is a Vibrational Universe.
我们想说一说自由：这是一个振动的宇宙。
We want to speak about freedom: This is a Vibrational Universe.
我们想说一说自由：这是一个振动的宇宙。
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