I know the vibrational energy.
我知道振动能。
有多少振动模式。
任意的振动模式。
And then there's the vibrational part.
这是振动部分。
I have essentially no vibrational energy.
基本上没有振动能。
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。
So the lattice has a bunch of vibrational energies.
晶格有大量的振动能级。
If I look at those nitrogen vibrational energy levels.
如果我来看那些氮的振动能级。
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。
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。
This was not only visually appealing, but essential for the vibrational effect.
这不仅在视觉上很迷人，而且对振动效果十分必要。
So you can easily switch from one path to another, but only in the same vibrational level.
所以，你可以轻松地从一个路径切换到另一个，但只能在同一振动能级。
Based on the theory of vibrational relaxation, the buffer gas mechanic model was developed.
基于分子振动弛豫的理论，完善了缓冲气体的作用模型。
And really, if this were more than a diatomic molecule, maybe there would be a bunch of vibrational modes.
如果是多原子分子，可能会有更多的振动模式。
Every molecule gives off its own unique vibrational frequency in response to the kick from the short pulse.
每个分子都会对短脉冲的轻击产生应激，发射出独有的振动频率。
An analysis method is proposed to identify structure borne sound source based on vibrational energy flow theory.
基于能量流理论提出了识别结构噪声源的分析方法。
All reaction channels are fully investigated with the vibrational mode analysis to reveal the reaction mechanism.
用振动模式分析充分研究了所有反应通道以阐明反应机理。
The crystals work by manipulating phonons, or vibrational waves that can carry either sound or heat depending on the frequency.
这些晶体通过对声子进行操控来工作；声子是一种振动波，可以携带声音或热量，具体携带什么则取决于其频率的高低【 译者注：声子是晶体点阵振动能的量子 】。
The electromagnetic vibrational machine which has function of automatic frequency follow-up and stable amplitude was studied.
本文对具有自动频率跟踪和反馈稳幅功能的电磁振动机械进行了研究。
This phenomenon, known as hysteresis, means that for a given voltage there are two corresponding vibrational frequencies for the bar.
这种现象被称作迟滞，这意味着对于某个给定的电压，有两个对应的震动频率。
This paper presents a calculating method about the nozzle flow that considers chemical nonequilibrium and vibrational nonequilibrium.
本文提供了考虑化学反应非平衡和振动非平衡的喷管流动计算方法。
By finite element analysis of circular conical shell, the natural frequencies and vibrational modes of Yongle Bell have been calculated.
本文通过旋转壳体的有限元方法，计算了永乐大钟的主要固有频率和振型。
This research provides the theoretical basis for the further crack detection in cylindrical shells based on the vibrational power flow method.
文中的研究为基于振动功率流方法识别圆柱壳表面损伤提供了理论基础。
The vibrational frequencies and vibrational modes of reactants, precursor complexes, transition state, successor complex and product were analyzed.
分析了反应物，前驱配合物，过渡态，后继配合物和产物的振动频率及振动模式。
All reaction channels were fully investigated with the vibrational mode analysis to confirm the transition states and reveal the reaction mechanism.
作者用振动模式分析对所有反应通道进行了充分研究，以确定过渡态并阐明了反应机理。
Researchers were able to use Raman spectroscopy to look at the change of the vibrational energy of the bond and then work out the change in bond length.
研究人员使用拉曼光谱可以观察到键的震动能量的变化然后计算出键长的变化。
Researchers were able to use Raman spectroscopy to look at the change of the vibrational energy of the bond and then work out the change in bond length.
研究人员使用拉曼光谱可以观察到键的震动能量的变化然后计算出键长的变化。
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