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ELF: The Electron Localization Function

机译:ELF:电子定位功能

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摘要

The chemical bond is always considered from different points of view, depending on the classes of compounds or on the chemical and physical aspects to be examined. In both cases, descriptions of the chemical bond are chosen that are appropriate for the particular research or application. Therefore, there are significant differences in the understanding as what constitutes chemical bonding. This is acceptable in practice but proves to be a hindrance for true interdisci-plinarity. The concept of the chemical bond offers a firm basis upon which to forge links not only within chemistry put also to all related sciences. The general desire, and the growing necessity for interdisciplinary collaboration requires a careful treatment of these concepts and, ifpossible, a tightening and standardization to a level that is widely acceptable and beneficial. In the age of tremendously fast development of computers and computer science, we believe that the electron localization function (ELF) provides a new description of the chemical bond for almost all classes of Compounds. Its graphical language earns it the ultimate qualification for enhanced interdisciplinarity.
机译:始终从不同的角度考虑化学键,这取决于化合物的类别或要检查的化学和物理方面。在这两种情况下,都选择适合特定研究或应用的化学键描述。因此,关于什么是化学键的理解存在很大差异。这在实践中是可以接受的,但事实证明这是真正的跨学科交叉性的障碍。化学键的概念提供了牢固的基础,可以在此基础上建立化学联系以及所有相关科学之间的联系。普遍的愿望以及跨学科合作的日益增长的必要性要求对这些概念进行认真的对待,并在可能的情况下,将其收紧和标准化到可以广泛接受和有益的水平。在计算机和计算机科学飞速发展的时代,我们相信电子本地化功能(ELF)为几乎所有类别的化合物提供了化学键的新描述。它的图形语言使其成为增强跨学科性的最终资格。

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