TITLE:
Covalent Bonds Creation between Gas and Liquid Phase Change: Compatibility with Covalent and Even-Odd Rules Based on a “Specific Periodic Table for Liquids”
AUTHORS:
Geoffroy Auvert
KEYWORDS:
Covalent Bond, Even-Odd Rule, Liquid, Gas, Periodic Table, Molecule, Association, Dissociation
JOURNAL NAME:
Open Journal of Physical Chemistry,
Vol.10 No.1,
February
28,
2020
ABSTRACT: A
decrease in temperature will eventually turn a gas into liquid and then into a
solid. Each of these phase change shows a higher degree in cohesion of
molecules. While it is usually admitted that molecules in solids form
additional connections, the cohesion of molecules in liquids is usually
explained by changes in kinetics of molecules. Given that the density of a
solid is nearly the same than that of a liquid, the present paper assumes a
different stand and considers that connections between molecules must be similar
in liquids and in solids. The difference between gas, in which molecules are entirely loose, and liquid, is therefore
the presence of an additional connection between gaseous molecules. This paper
describes how and where these connections are built with the help of a few
rules and a “specific periodic table for liquids”. The coherence of this
approach is reinforced by its capacity to explain phase change of forty
well-known molecules containing inorganic and organic elements.