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Theoretical Study of the CsLi Molecule Beyond the Born-Oppenheimer Approximation

机译:超越Born-Oppenheimer逼近的CsLi分子的理论研究

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摘要

The adiabatic and diabatic, potential energy curves, the spectroscopic constants and the transition dipole moments of the lowest electronic states of the CsLi molecule dissociating into Cs (6s, 6p, 5d, 7s, 7p, 6d, 8s) and Li (2s, 2p, 3s) have been performed. We have used an ab initio approach based on non-empirical pseudopotential, parameterized l-dependent polarization potentials and full configuration interaction calculations. Our spectroscopic constants of the ground and the first excited states are in good agreement with the available theoretical works.
机译:CsLi分子的最低电子态的绝热和绝热势能曲线,光谱常数和跃迁偶极矩解离为Cs(6s,6p,5d,7s,7p,6d,8s)和Li(2s,2p ,3s)已执行。我们已经使用了从头算的方法,该方法基于非经验的伪势,参数化的依赖于L的极化势和完整构型的相互作用计算。我们的基态和第一个激发态的光谱常数与可用的理论工作非常吻合。

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