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Nonadiabatic molecular theory and its application. II. Water molecule

机译:非绝热分子理论及其应用。二。水分子

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We introduce a new molecular theory beyond the Born-Oppenheimer approximation, where both electrons and nuclei are treated quantum mechanically and equivalently. First, we develop the coupled mean-field theory (CMFT) for both the electronic and nuclear fields. Then, to take into account the dynamic correlation between these particles, we develop a new molecular theory using the generator coordinate method (GCM) based upon the CMFT, which enables us to calculate the molecular eigenstate and eigenvalue directly. Finally, we apply this method to a water molecule and analyze the isotope effect on the vibrational frequency and the particle density. (C) 1998 John Wiley & Sons, Inc. [References: 22]
机译:除了Born-Oppenheimer逼近外,我们还引入了新的分子理论,在该理论中,电子和原子核均被机械地和等效地量子化。首先,我们为电子和核领域发展了耦合平均场理论(CMFT)。然后,考虑到这些粒子之间的动态相关性,我们使用基于CMFT的生成器坐标法(GCM)开发了一种新的分子理论,这使我们能够直接计算分子的本征态和本征值。最后,我们将该方法应用于水分子,并分析了同位素对振动频率和颗粒密度的影响。 (C)1998 John Wiley&Sons,Inc. [参考:22]

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