Abstract

Using universal approaches to systematizing the main kinds of chemical bonds of elements and compounds based on them, we review attempts to solve this problem. The theoretical and practical importance of considering metallicity in the homo- and heteronuclear bonds of elements is substantiated in the context of both supplementing any type of chemical interaction between elements with this bond component and its importance in better describing the structures of chemical compounds and assessing their chemical, physical, physicochemical, and mechanical properties. It is shown that it is important and relevant to consider jointly the degree of bond metallicity in addition to its covalence and ionicity, in combination with the composition of chemical substances to unite the mixed types of the chemical interaction of elements within a unitary chemical system as a chemical triangle.

中文翻译：

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化学键的金属性及其在系统化中的作用以及对物质结构和性质的影响

摘要

我们使用通用的方法来系统化基于元素和化合物的主要化学键种类，从而回顾了解决该问题的尝试。考虑元素的同核和异核键中的金属性的理论和实践重要性在以下背景中得到证实：用该键组分补充元素之间的任何类型的化学相互作用，以及其在更好地描述化合物结构和评估其结构中的重要性化学，物理，物理化学和机械性能。结果表明，除键合金属的共价性和离子性外，共同考虑键合金属的程度也很重要和相关，