Weakest Bound Electron Theory and Applications
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Beschreibung
This monograph describes the new quantum theory called the weakest bound electron theory (WBE theory) proposed by Prof. Neng-Wu Zheng and its applications. It starts with the fundamentals of quantum mechanics and then illustrates the key points of WBE theory and the mathematical expressions of WBE theory. Finally, it presents a wide range of applications of WBE theory to the chemical and physical properties of atoms and molecules, including energy levels, transition properties, the difference law of ionization energies etc. It appeals to a broad readership, particularly researchers and academics in chemistry, physics, and materials science.
This monograph describes the new quantum theory called the weakest bound electron theory (WBE theory) proposed by Prof. Neng-Wu Zheng and its applications. It starts with the fundamentals of quantum mechanics and then illustrates the key points of WBE theory and the mathematical expressions of WBE theory. Finally, it presents a wide range of applications of WBE theory to the chemical and physical properties of atoms and molecules, including energy levels, transition properties, the difference law of ionization energies etc. It appeals to a broad readership, particularly researchers and academics in chemistry, physics, and materials science.
Introduces the weakest bound electron (WBE) theory Presents applications of the WBE theory in physics and chemistry Provides guidance on the design of coordination polymers
Autor*in
Neng-Wu Zheng
Themen in »Weakest Bound Electron Theory and Applications«
Quantum mechanics Weakest Bound Electron Theory Potential model Differential law of ionization energy Calculation of oscillator strength New electronegativity scale