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quantum-mechanics-sokolov

Quantum Mechanics

Autor: , ,
ISBN: 978-5-88417-021-1
Año: 1994
Idioma: English
Encuadernación: Cartón

QUICK OVERVIEW

496 páginas

This book is based on a series of lectures delivered by the authors at the Moscow State University over many years. It provides a systematic analysis of the theoretical concepts of quantum mechanics and some of its applications.

This book has been divided into three parts. The first part describes the nonrelativistic Schrodinger theory, while the second part deals with Dirac’s relativistic theory. Finally, the third part is devoted to the many-particle theory.

The material presented in this book is intended for undergraduate students studying for a physics degree. It can be also used by students of such institutes where the basic concepts of quantum mechanics are taught.

S/150.00

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Description

Contents

Preface

Part One
The nonrelativistic theory of quantum mechanics
1. Introduction
2. The Schrodinger Equation
3. Solution of the Schrodinger Equation
4. Discrete and Continuous Spectrum of the Schrodinger Equation
5. Some Methods of Approximate Solution of the Scbrodinger
Equation
6. Statistical Interpretation of Quantum Mechanics
7. Linear Harmonic Oscillator
8. Perturbation Theory
9. Quantum Theory of Radiation
10. General Theory of Motion of a Particle in a Centrally Symmetric Field
11. Solution of the Simplest Problems in Spherical Coordinates
12. Theory of Hydrogen-like Atoms (Kepler’s Problem)
13. Hydrogen Atom in an Electric Field
14. Elastic Scattering of Particles by a Centre of Force
15. Begge’a Method in Scattering Theory
16. Atom in a Magnetic Field

Part Two
Relativistic quantum mechanics
17. Klein-Gordon Scalar Belativistic Wave Equation
18. Dirac’s Equation
19. Motion of a Dirac Electron in a Central Force Field
20. Fine Structure of the Spectrum of a Hydrogen-like Atom
21. Lamb Shift in Energy Levels
22. Complete Solution of Dirac’s Equation

Part Three
Many-particle theory
23. The Theory of a Helium Atom Without Considering Spin States
24. Consideration of Spin in Helium-like Atoms
25. Structure of Complex Atoms
26. Molecular Spectra
27. Simplest Molecules
28. Some Questions Concerning the Quantum Theory of Solids
29. Basic Theory of Superconductivity
30. Motion of an Electron in a Constant Uniform Magnetic Field

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