MERZBACHER,EUGEN
QUANTUM MECHANICS - 3RD - NEW DELHI WILEY INDIA 2016 - 656
9788126533176
QUANTUM MECHANICS, PHYSICS
INTRODUCTION TO QUANTUM MECHANICS. •WAVE PACKETS, FREE PARTICLE MOTION AND THE WAVE EQUATION. • THE SCHRÖDINGER EQUATION, THE WAVE FUNCTION AND OPERATOR ALGEBRA. • THE PRINCIPLES OF WAVE MECHANICS. • THE LINEAR HARMONIC OSCILLATOR. • SECTIONALLY CONSTANT POTENTIALS IN ONE DIMENSION. • THE WKB APPROXIMATION. • VARIATIONAL METHODS AND SIMPLE PERTURBATION THEORY. • VECTOR SPACES IN QUANTUM MECHANICS. • EIGENVALUES AND EIGENVECTORS OF OPERATORS, THE UNCERTAINTY RELATIONS AND THE HARMONIC OSCILLATOR. • ANGULAR MOMENTUM IN QUANTUM MECHANICS. • SPHERICALLY SYMMETRIC POTENTIALS. • SCATTERING. • THE PRINCIPLES OF QUANTUM DYNAMICS. • THE QUANTUM DYNAMICS OF A PARTICLE. • THE SPIN. • ROTATIONS AND OTHER SYMMETRY OPERATIONS. • BOUND-STATE PERTURBATION THEORY. • TIME-DEPENDENT PERTURBATION THEORY. • THE FORMAL THEORY OF SCATTERING. • IDENTICAL PARTICLES. • APPLICATIONS TO MANY-BODY SYSTEMS. • PHOTONS AND THE ELECTROMAGNETIC FIELD. • RELATIVISTIC ELECTRON THEORY.
530.12,MER
QUANTUM MECHANICS - 3RD - NEW DELHI WILEY INDIA 2016 - 656
9788126533176
QUANTUM MECHANICS, PHYSICS
INTRODUCTION TO QUANTUM MECHANICS. •WAVE PACKETS, FREE PARTICLE MOTION AND THE WAVE EQUATION. • THE SCHRÖDINGER EQUATION, THE WAVE FUNCTION AND OPERATOR ALGEBRA. • THE PRINCIPLES OF WAVE MECHANICS. • THE LINEAR HARMONIC OSCILLATOR. • SECTIONALLY CONSTANT POTENTIALS IN ONE DIMENSION. • THE WKB APPROXIMATION. • VARIATIONAL METHODS AND SIMPLE PERTURBATION THEORY. • VECTOR SPACES IN QUANTUM MECHANICS. • EIGENVALUES AND EIGENVECTORS OF OPERATORS, THE UNCERTAINTY RELATIONS AND THE HARMONIC OSCILLATOR. • ANGULAR MOMENTUM IN QUANTUM MECHANICS. • SPHERICALLY SYMMETRIC POTENTIALS. • SCATTERING. • THE PRINCIPLES OF QUANTUM DYNAMICS. • THE QUANTUM DYNAMICS OF A PARTICLE. • THE SPIN. • ROTATIONS AND OTHER SYMMETRY OPERATIONS. • BOUND-STATE PERTURBATION THEORY. • TIME-DEPENDENT PERTURBATION THEORY. • THE FORMAL THEORY OF SCATTERING. • IDENTICAL PARTICLES. • APPLICATIONS TO MANY-BODY SYSTEMS. • PHOTONS AND THE ELECTROMAGNETIC FIELD. • RELATIVISTIC ELECTRON THEORY.
530.12,MER