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Evaluating the nature of chemical bonds based on probabilistic models

机译:基于概率模型评估化学键的性质

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摘要

A theoretical measure of the ionicity based on different mathematical concepts is presented in this research. Considering the distribution of valence electrons on each atom in a bond, we assume that the chemical properties of the atom can be expressed by means of probability. Using the introduced probability, different probabilistic models such as classical, fuzzy and information theoretical models have been employed to introduce new descriptors of bond ionicity. The ionicities were calculated for 12 heterodiatomic molecules and the bonds were classified in terms of covalency vs. ionicity. It was found that our proposed ionicity descriptors correlate well with the partial ionic character of the bonds.
机译:本研究提出了一种基于不同数学概念的电离度理论测量方法。考虑到键中每个原子上的价电子分布,我们假设原子的化学性质可以用概率表示。使用引入的概率,已采用了不同的概率模型,例如经典,模糊和信息理论模型,以引入新的键离性描述符。计算了12个异二价性分子的离子性,并根据共价与离子性对键进行了分类。已经发现,我们提出的离子性描述符与键的部分离子性特征很好地相关。

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