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vibrational
英：【vaɪˈbreɪʃən(ə)l】美：【vaɪˈbreɪʃən(ə)l】
英：
美：
常见释义：
adj.
【力】振动的，震动性的；摇摆的
1、
vibrational
characteristic temperature ─── 【化】 振动特性温度
2、
vibrational
-rotational transition ─── 振动转动跃迁
3、
vibrational
spectrum ─── 【化】 振动光谱
4、
vibrational
energy ─── 【化】 振动能
5、
vibrational
relaxation ─── 振动弛豫
6、
vibrational
level ─── 【机】 振动能阶
7、characteristic
vibrational
temperature ─── 【化】 振动特征温度
8、
vibrational
correction ─── 振动校正
9、
vibrational
partition function ─── 【化】 振动配分函数
10、
vibrational
frequency ─── 振动频率
11、
vibrational
transition ─── 【化】 振动跃迁
12、
vibrational
energy level ─── 振动能阶， ─── 振动能级
13、
vibrational
redistribution ─── 振动再分布
14、
vibrational
term ─── 振动项
15、
vibrational
quantum number ─── 【化】 振动量子数
16、
vibrational
evrgy ─── 振动能量
17、
vibrational
energy states ─── 振动能态
18、
vibrational
-rotational spectrum ─── 【化】 振转光谱
1、vibrational energy ─── 振动能量
1、And for vibrations, lets assume, as is often the case, that the
vibrational
frequencies are fairly high. ─── 对振动频率，我们可以假设，像通常情况，非常高。
2、This physical stuff that you think you are about is all
vibrational
. ─── 这个你认为你是关于物质的东西全是振动的。
3、If you were able to also feel gratitude for this
vibrational
state, it would accelerate the creation of the new timeline. ─── 如果你们同时还有能力对这个振动状态感受到感激，那么它就会加速创造那个新时间线。
4、I know the
vibrational
energy. ─── 我知道振动能。
5、And Ill write it as
vibrational
. ─── 我要把它写成振动。
6、Because if your life cause you to put it in to this holding pattern this
vibrational
aston, then it is forever there for you. ─── 如果你们的人生已经是被宇宙所包涵的其中的一部份，那么富足将永远在那里为你们所有。
7、How many
vibrational
modes. ─── 多少振动模式。
8、My
vibrational
frequency is too high at this point to allow a materialization of the sort of body you probably expect me to have. ─── 我现在的振动频率太高了，无法允许你们所期待我拥有的那种身体来具体化。
9、As you are born into these physical bodies, you experience the
vibrational
continuum of the generations that have come before you. ─── 当你们出生进入你这些物质肉体中时，你经历着那些在你之前来到的几代人的振动连续。
Under these circumstances there is no
vibrational
structure, and the electronic transition gives an unresolved band.
These give only limited
vibrational
information, and then only for small molecules.
For more complex molecules in whose spectra
vibrational
detail is not resolved, assignments are difficult to make.
Vibrational MTF is compared with that under static condition, and the results are consistent with simulation curve with a 30% decrease at the Nyquist frequency.
It is also possible to record
vibrational
spectra of solid samples under high and varying pressure.
For the anharmonic oscillator, then, the
vibrational
energy levels associated with a particular vibration are not equally spaced.
Those with are formally forbidden under the fundamental
vibrational
selection rule.
Since we have removed an anti-bonding electron the
vibrational
frequency of the ion is greater than that of the molecule.
First, cool ethanol molecules have less
vibrational
energy than warm ethanol molecules.