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Parametric sensitivity analysis for the helium dimers on a model potential

机译:模型电势下氦二聚体的参数灵敏度分析

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Potential parameters sensitivity analysis for helium unlike molecules, HeNe, HeAr, HeKr and HeXe is the subject of this work. Number of bound states these rare gas dimers can support, for different angular momentum, will be presented and discussed. The variable phase method, together with the Levinson's theorem, is used to explore the quantum scattering process at very low collision energy using the Tang and Toennies potential. These diatomic dimers can support a bound state even for relative angular momentum equal to five, as in HeXe. Vibrational excited states, with zero angular momentum, are also possible for HeKr and HeXe. Results from sensitive analysis will give acceptable order of magnitude on potentials parameters.
机译:HeNe,HeAr,HeKr和HeXe不同于分子的氦气的潜在参数敏感性分析是这项工作的主题。对于不同的角动量,这些稀有气体二聚体可以支持的结合态数将被介绍和讨论。可变相位方法与Levinson定理一起,被用于利用Tang和Toennies势在非常低的碰撞能量下探索量子散射过程。这些双原子二聚体即使在相对角动量等于5时也可以支持束缚态,如HeXe中所示。对于HeKr和HeXe,零角动量的振动激发态也是可能的。灵敏分析的结果将在电位参数上给出可接受的数量级。

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