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Ab initio prediction of the structure and vibration-rotation spectroscopic properties of Li2OH and Li2OH+

机译:从头开始预测Li2OH和Li2OH +的结构和振动旋转光谱性质

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摘要

The equilibrium structures and potential energy surfaces of the Li2OH radical and the Li2OH+ cation in their ground electronic states have been determined from accurate ab initio calculations. The vibration-rotation energy levels and spectroscopic constants of three isotopic species (Li2OH, Li2OD, (Li2OH)-Li-6) were calculated by a perturbational approach. The predicted spectroscopic constants may serve as a useful guide for detecting these species by vibration-rotation spectroscopy and for assigning their spectra.
机译:Li2OH自由基和Li2OH +阳离子在其基态电子状态下的平衡结构和势能面已通过精确的从头算计算确定。通过微扰方法计算了三种同位素(Li2OH,Li2OD,(Li2OH)-Li-6)的振动旋转能级和光谱常数。预测的光谱常数可以用作通过振动-旋转光谱法检测这些物质并分配其光谱的有用指南。

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