在数值计算中，采用I2的一个二势能面系统，得到了监测基电子态高振动激发波包的吸收光谱。
The detection of a highly vibrationally pump-dumped iodine wave packet dynamics in the ground X state is numerically demonstrated by using a model I2 molecule with two Morse potential surfaces.
在本方案中，这个离子受到两个分别调到第一高、低振动边带的激光场和一个与离子共振的激光场的轮流激发。
In the scheme the ion is excited by two laser fields tuned to the first lower and higher vibrational sidebands, and then by one laser tuned to the ion transition in an alternative way.
本文利用代数方法研究了分子高激发振动态，尤其是过渡态和解离态的动力学。
We employ the algebraic method to study the molecular highly excited vibration, especially the dynamics of dissociation and transition states.
由于分子的高激发振动态具有很强的模间非线性偶合以及能量的传递，传统的动力学方法似乎很难有效地用来研究其性质。
The system is considered as classical based on the fact that the highly excited vibration is of high energy and approaches the classical realm.
以开关电源驱动的超声电机为了避免激发出电机的非工作模态振动，需要串联电感滤除高次谐波。
To avoid the vibration under non-working modes, inductors should be connected in series to the USM, which is driven by switched-supply power.
以开关电源驱动的超声电机为了避免激发出电机的非工作模态振动，需要串联电感滤除高次谐波。
To avoid the vibration under non-working modes, inductors should be connected in series to the USM, which is driven by switched-supply power.
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