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首页> 外文期刊>The journal of physical chemistry, A. Molecules, spectroscopy, kinetics, environment, & general theory >Kinetic and dynamic aspects of lifetime oscillations in the predissociation of hydrogen chloride ions
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Kinetic and dynamic aspects of lifetime oscillations in the predissociation of hydrogen chloride ions

机译:氯化氢离子预离解中寿命振荡的动力学和动力学方面

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The predissociation dynamics of hydrogen chloride ions (HCl+ and DCl+) in the electronic A (2)Sigma(+) state has been investigated by solving the time dependent Schrodinger equation. The predissociation lifetime is shown to strongly depend on the vibrational and the rotational quantum number, with quasi-periodic oscillations. Rovibronic states, which exhibit lifetimes about I order of magnitude larger than those of neighboring states, are termed rotational islands of stability (RIS). These RIS can be correlated with characteristic reference energies, e.g., the difference between rovibronic eigenenergy and the energy of crossing of rotronic bound and repulsive potentials. The origin of these RIS is illustrated by model studies of the positions of the nuclear wave functions involved.
机译:通过求解与时间有关的薛定inger方程,研究了处于电子A(2)Sigma(+)状态的氯化氢离子(HCl +和DCl +)的预解离动力学。预离解寿命显示出在很大程度上取决于振动和旋转量子数以及准周期振荡。转子态的寿命比相邻态的寿命大大约1个数量级,被称为稳定旋转岛(RIS)。这些RIS可以与特征参考能量相关,例如,电子振动本征能量与交叉电子束缚势能和排斥势能相交的能量之差。这些RIS的起源是通过对所涉及的核波功能位置的模型研究来说明的。

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