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首页> 外文期刊>Computer physics communications >Diatomics-in-molecules potentials incorporating ab initio data: Application to ionic, Rydberg-excited, and molecule-doped rare gas clusters
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Diatomics-in-molecules potentials incorporating ab initio data: Application to ionic, Rydberg-excited, and molecule-doped rare gas clusters

机译:包含从头算数据的分子中双原子分子的电势:应用于离子,里德堡激发和分子掺杂的稀有气体簇

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摘要

Applications of combined diatomics-in-molecules/ab initio approaches to Ne_n~+, Ar_n~*, Ar_nCl_2, and Ar_nNO clusters are discussed. Simple perturbative models within these procedures are suggested to interpret the predicted cluster structures, obtained using a basin-hopping global optimization algorithm. The topological peculiarities of the Ar-NO potential are analyzed in terms of the perturbation of the Ar-N and Ar-O interactions within the complex. The correlation between the solvation of a chromophore species in the cluster and the relative strength of the solvent-solvent and chromophore-solvent interactions is also analyzed.
机译:讨论了分子中双原子/从头算的组合方法在Ne_n〜+,Ar_n〜*,Ar_nCl_2和Ar_nNO团簇中的应用。建议使用这些过程中的简单摄动模型来解释使用盆地跳跃全局优化算法获得的预测簇结构。根据复合物中Ar-N和Ar-O相互作用的扰动来分析Ar-NO势的拓扑特征。还分析了簇中生色团种类的溶剂化与溶剂-溶剂和生色团-溶剂相互作用的相对强度之间的相关性。

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