1997Journal of the Korean Chemical SocietyRequires access

A Simple Approach to the Ionic-covalent Bond Based on the Electronegativity and Acid Strength of Cations. Part Two:Application to the Description of the Electronic Properties of Oxides

Josik Portier, G. Campet

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Abstract

The acid strngth of cations, determined with ICP (Ionic Covalent Parameter): ICP=log(P)-1.38x+2.07 where P is the polarizing power and X its electronegativity expresses the competition between the covalent and ionic forces. This concept, together with electronegativity, is used to describe the properties of oxides with various electronic properties (insulators, metals, degenerate semiconductors, superconductors).

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The acid strngth of cations, determined with ICP (Ionic Covalent Parameter): ICP=log(P)-1.38x+2.07 where P is the polarizing power and X its electronegativity expresses the competition between the covalent and ionic forces. This concept, together with electronegativity, is used to describe the properties of oxides with various electronic properties (insulators, metals, degenerate semiconductors, superconductors).

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Available abstract

The acid strngth of cations, determined with ICP (Ionic Covalent Parameter): ICP=log(P)-1.38x+2.07 where P is the polarizing power and X its electronegativity expresses the competition between the covalent and ionic forces. This concept, together with electronegativity, is used to describe the properties of oxides with various electronic properties (insulators, metals, degenerate semiconductors, superconductors).

Key concepts: Electronegativity, Covalent bond, Ionic bonding, Chemistry, Formal charge, Semiconductor, Ionic strength, Degenerate energy levels

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A Simple Approach to the Ionic-covalent Bond Based on the Electronegativity and Acid Strength of Cations. Part Two:Application to the Description of the Electronic Properties of Oxides — Research Paper | ScholarLens