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First Step in Dissociation Process in the Gas Phase for Small Molecules with Neutral Atoms: Application with the Even-Odd Rule and a Specific Periodic Table for Organic and Inorganic Atoms

机译:具有中性原子的小分子的气相中解离过程的第一步:用偶数规则和有机和无机原子的特定周期表施用

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Dissociations in the gas phase of small molecules have been intensively studied and dissociation energies of various gases are available in reference works. Configurations of compounds before and after the dissociation are usually known, style="font-family:Verdana;">but local charges are not defined. Building on the even-odd rule, the topic of a series of previous articles by the same author, the objective of this paper is to show how it can be used to give electronic rules for dissociations in gases. To this end, a specific periodic table is created and used. The rules are applied to a selection of more than 30 common molecules, showing that the even-odd rule and its consequences are useful in explaining the phenomenon of dissociation in gases.
机译:小分子气相中的解离已经集中研究,并且各种气体的解离能得到参考作品。在解离之前和之后的化合物的配置通常是已知的,<跨度样式=“字体家族:Verdana;”>但没有定义本地费用。在偶数规则上建立偶数规则,一系列先前文章的主题由同一作者,本文的目的是展示如何用来给予电子规则以在气体中解剖解离子。为此,创建并使用特定的周期性表。规则适用于多种以上的常见分子的选择,表明偶数奇数和后果在解释气体中解离现象是有用的。

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