Applications of Group Theory in Quantum Mechanics First Edition by M. I. Petrashen , J. L. Trifonov in pdf
this is the book Applications of Group Theory in Quantum Mechanics First Edition in pdf written by M. I. Petrashen , J. L. Trifonov , published by Dover Publications ,2009 of professors of science faculties universities .
Information about the book
Language of the book: English language
Book Title: Applications of Group Theory in Quantum Mechanics First Edition
Scriptwriter: by M. I. Petrashen , J. L. Trifonov
Year of printing: Dover Publications ,2009
File Format:PDF
Number of chapters: 28 CHAPTER
Number of chapters: 28 CHAPTER
Number of pages: 336 pages
File Size: 16,90 MB
Contents
Foreword
Introduction
Abstract Groups
Representations of Point Groups
Composition of Representations and the Direct Products of Groups
Wigner's Theorem
Point Groups
Decomposition of a Reducible Representation into an Irreducible Representation
Space Groups and their Irreducible Representations
Classification of the Vibrational and Electronic States of a Crystal
Continuous Groups
Irreducible Representations of the Three-Dimensional Rotation Group
The Properties of Irreducible Representations of the Rotation Group
Some Applications of the Theory of Representation of the Rotation Group in Quantum Mechanics
Additional Degeneracy in a Spherically Symmetric Field
Permutation Groups
Symmetrized Powers of Representations
Symmetry Properties of Multi-Electron Wave Functions
Symmetry Properties of Wave Functions for a System of Identical Particles with Arbitrary Spins
Classification of the States of a Multi-Electron Atom
Applications of Group Theory to Problems Connected with the Perturbation Theory
Selection Rules
The Lorentz Group and its Irreducible Representations
The Dirac Equation
DOWNLOAD THE BOOK
Free download book Applications of Group Theory in Quantum Mechanics First Edition in pdf
P.S: Share the link with your friends
the download link is / are not working, kindly drop a comment below, so we'll update the download link for you
Aucun commentaire:
Enregistrer un commentaire