AIP Translation S

Electronic Structure

By: A.A. Katsnelson, V.S. Stepanyuk, A. Szasz

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Hardcover | 2 March 1992

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Hardcover
216 Pages

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24.77 x 16.51 x 1.91

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"Blurb & Contents" This current and comprehensive treatment of the physics of small- amplitude waves in hot magnetized plasmas provides a thorough update of the author's classic Theory of Plasma Waves. New topics include quasi-linear theory, inhomogeneous plasmas, collisions, absolute and convective instability, and mode conversion. Valuable for graduates and advanced undergraduates and an indispensable reference work for researchers in plasmas, controlled fusion, and space science.

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Non-Fiction Science Physics Materials & States of Matter Condensed Matter Physics including Liquid State & Solid State Physics Engineering & Technology Mechanical Engineering & Materials Materials Science Mechanics of Solids Electricity Mathematical Physics

Foreword	p. 1
Electronic states in condensed matter
The many-body problem in condensed matter theory	p. 3
Uniform electron gas	p. 17
Nonuniform electron gas	p. 32
The DFT and a description of excited states	p. 46
Methods of calculating the electronic structure of condensed matter
The problem of calculating the electronic states of condensed matter	p. 63
Methods of calculating the band structure of crystals	p. 69
Linear methods in band theory	p. 80
Electronic structure of crystal surfaces	p. 91
Self-consistency in calculating the electronic structure of condensed matter	p. 95
The Green's function method in defect theory	p. 100
The cluster method for calculating the electronic structure of condensed matter	p. 106
Approaches to calculating the electronic structure of alloys	p. 111
Calculation of the electronic structure of liquid metals and melts	p. 114
Application of density functional theory to calculations by means of molecular dynamics	p. 120
The pseudopotential method
Introduction, certain modern problems of the pseudopotential method	p. 123
The OPW: Formulation of the pseudopotential approximation	p. 134
Model pseudopotentials	p. 139
Temperature dependence of the pseudopotential form factor	p. 145
The pseudopotentials of the d metals	p. 146
Pseudopotential screening	p. 150
Binding energy of metals	p. 156
The pseudopotential method and electron density functional theory, binding energy p	p. 159
Application of electronic theory to calculation of physical properties
Calculation results for the binding energy and their comparison to experiment	p. 163
Methods of calculating the elastic properties and dynamical matrix	p. 166
Free energy and the equation of states of metals	p. 168
Calculation of electrical properties	p. 170
Calculation of x-ray spectra	p. 179
Optical characteristics of condensed systems	p. 182
Thermodynamic properties of molten alloys	p. 191
Estimation of the superconducting transition temperature	p. 193
References	p. 197
Table of Contents provided by Blackwell. All Rights Reserved.

AIP Translation S

Electronic Structure

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Hardcover

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