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Regularities in the behavior of dipole moment functions of diatomic molecules at very small internuclear separations

机译:在非常小的硅质分子在非常小的核心分离中偶极矩阵的规律

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摘要

A theoretical approach to calculating the dipole moment function of a diatomic molecule at very small internuclear separations has been suggested. The approach is based on the united-atom model and the LS-coupling approximation. Regularities in the behavior of the dipole moments as functions of the internuclear separation, electronic state, and nuclear charge of the molecule have been found. Within the approach, the dipole moment functions of some diatomic molecules, whose united atoms are in groups II, IV, V, VII, and VIII of periods 1-4 of the periodic table, were calculated.
机译:已经提出了计算硅藻分子在非常小的间隙分离中的偶极力矩函数的理论方法。 该方法基于美国联合原子模型和LS耦合近似。 已经发现了偶极子片段行为的规律,作为核心分离,电子状态和分子的核电荷的函数。 在该方法中,计算了一些硅藻分子的偶极力矩功能,其联合原子在周期表的时期1-4的II,IV,V,VII和VIII族中的一组II,IV,V,VII和VIII。

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