Tels.: DF (55) 55 54 94 02 • Cuernavaca (777) 102 83 86
portada Descargar ficha PDF Título: Introduction To Atomic And Molecular Spectroscopy
Autor: Kumar Jain, Vimal Precio: $896.00
Editorial: Alpha Science International Ltd Año: 2006
Tema: Fisica, Espectroscopia Edición: 1ª
Sinopsis ISBN: 9781842653579
Preface vii
Introduction 1 (1)
Examples 2 (1)
Problems 3
One Electron Atoms 1 (1)
Bohr Model of Hydrogen Atom 1 (7)
Sommerfeld Model for Hydrogen Atom 8 (5)
Quantum Theory of Hydrogen Atom 13 (9)
Quantum Numbers for the Hydrogen Atom Wave function 22 (2)
Atomic Orbitals 24 (2)
Examples 26 (7)
Problems 33
Vector Representation of Momenta and Vector Coupling Approximations 1 (1)
Electron Spin 1 (1)
Spin-Orbit Interaction 2 (2)
The Vector Model for Atoms 4 (1)
Pauli Exclusion Principle 5 (4)
Angular Momenta and Magnetic Moment of Atoms 9 (2)
Coupling of Angular Momenta 11 (6)
Term Symbols 17 (1)
Term Derivation from Electron Configuration 18 (3)
Examples 21 (14)
Problems 35
Atomic Spectra 1 (1)
Spectrum of Hydrogen Atom 1 (6)
Spectra of Alkali Metal Atoms 7 (6)
Spectra of the He Atom 13 (2)
Spectra of Two Valence Electron Systems 15 (5)
Examples 20 (6)
Problems 26
X-Ray Spectroscopy 1 (1)
The Origin of X-Rays 1 (3)
X-Ray Emission Spectra 4 (1)
Dependence of Position of Emission Lines on the Atomic Number 5 (1)
X-Ray Emission (Doublet) Spectra 6 (2)
Satellites 8 (1)
Continuous X-Ray Emission 8 (1)
X-Ray Absorption Spectra 9 (1)
Examples 10 (2)
Problems 12
Atoms in External Fields 1 (1)
Zeeman Effect 1 (8)
Paschen Back Effect 9 (2)
The Stark Effect 11 (3)
Examples 14 (9)
Problems 23
Hyperfine Structure and Isotope Shift 1 (1)
Magnetic Hyperfine Structure 1 (2)
Electrical Hyperfine Structure 3 (1)
Isotope Shift 4 (2)
Examples 6 (2)
Problems 8
Width of Spectrum Lines 1 (1)
Natural Broadening 1 (2)
Doppler Broadening 3 (3)
Collision Broadening 6 (1)
Examples 7 (2)
Problems 9
Electron Spin Resonance 1 (1)
Electron Spin Resonance 1 (1)
Substances Which Can Be Investigated by ESR 1 (1)
Resonance Condition 1 (2)
Description of ESR by Precession 3 (3)
Quantum Mechanical Description of ESR 6 (3)
Relaxation Mechanisms 9 (4)
Paramagnetic Ion in a Crystalline Field 13 (1)
High Spin and Low Spin States 14 (1)
Effective Spin and Spin-Hamiltonian 15 (1)
Features of ESR Spectra 16 (6)
ESR Spectrometer 22 (3)
Examples 25 (5)
Problems 30
Nuclear Magnetic Resonance 1 (1)
NMR 1 (1)
The Principle of the Phenomenon 1 (3)
Types of Nuclei Viewed from the Standpoint of NMR 4 (1)
High Resolution and Broad Line NMR 4 (1)
Relaxation Mechanisms 5 (1)
Chemical Shift 6 (3)
Spin-Spin Coupling 9 (5)
Examples 14 (5)
Problems 19
Mossbauer Spectroscopy 1 (1)
Isomer Nuclear Transitions 1 (1)
Resonance Fluorescence 1 (3)
Mossbauer Effect 4 (2)
Mossbauer Nuclei 6 (1)
Isomer (Chemical) Shift 6 (3)
Quadrupole Splitting 9 (2)
Magnetic Hyperfine Structure 11 (2)
Examples 13 (2)
Problems 15
Rotational Spectra of Diatomic Molecules 1 (1)
Molecular Spectra 1 (1)
Classification of Molecules 1 (2)
The Rigid Rotator Model 3 (5)
Intensity Distribution in Rotational Spectra 8 (3)
Symmetry Properties of the Rotational Levels 11 (1)
Isotope Effect 12 (1)
The Nonrigid Rotator 13 (3)
Examples 16 (5)
Problems 21
Vibrational Spectra of Diatomic Molecules 1 (1)
Simple Harmonic Oscillator Approximation 1 (6)
The Anharmonic Oscillator 7 (4)
Potential Energy Functions 11 (1)
The Vibrating Rotator 12 (5)
Examples 17 (6)
Problems 23
Electronic Spectra of Diatomic Molecules 1 (1)
The Born-Oppenheimer Approximation 1 (2)
Classification of Electronic States 3 (3)
Vibrational Structure of Electronic Transitions 6 (4)
Rotational Structure of Electronic Transitions 10 (4)
Intensity Distribution in the Vibrational Structure 14 (7)
Examples 21 (7)
Problems 28
Raman Spectra of Diatomic Molecules 1 (1)
Raman Effect 1 (3)
Classical Theory of Raman Effect 1 (2)
Quantum Theory of Raman Effect 3 (1)
Rotational Raman Spectra 4 (1)
Vibrational Raman Spectra 5 (1)
Vibrational-Rotational Raman Spectra 6 (2)
Intensity Alternation in Raman Spectra 8 (1)
Examples 9 (1)
Problems 10
Lasers 1 (1)
Spontaneous and Stimulated Emission, Absorption 1 (2)
Spontaneous Emission 1 (1)
Stimulated Emission 2 (1)
Absorption 3 (1)
Einstein Coefficients 3 (2)
The Laser Idea 5 (5)
Properties of Laser Beams 10 (2)
Monochromaticity 10 (1)
Coherence 11 (1)
Directionality 12 (1)
Brightness 12 (1)
Rate Equations 12 (9)
A Two Level System 14 (1)
Three Level Laser 15 (3)
Four Level Laser 18 (3)
Methods of Obtaining Population Inversion 21 (1)
Laser Resonators 22 (6)
Plane-Parallel (or Fabry-Perot) Resonator 22 (1)
Concentric (or Spherical) Resonator 23 (1)
Confocal Resonator 24 (1)
Resonator Using a Combination of Plane and Spherical Mirrors 24 (1)
Generalized Spherical Resonator 24 (4)
Specific Laser systems 28 (14)
He-Ne Laser 28 (2)
Ruby Laser 30 (2)
Nd:YAG Laser 32 (2)
Semiconductor Lasers 34 (1)
CO2 Laser 35 (3)
Nitrogen Laser 38 (2)
Dye Laser 40 (2)
NH3 Maser 42 (3)
Applications of Lasers 45 (1)
Laser Isotope Separation 45 (2)
Material Processing 47 (1)
Lidar 48 (1)
Holography 48 (2)
Laser Induced Fusion 50 (1)
Examples 51 (9)
Problems 60
Selected Bibliography 1 (1)
Subject Index 1
Disponibilidad: Bajo pedido    Contáctanos  ó Solicítalo
Librería Bonilla SA de CV © Todos los derechos reservados. 2019
Última actualización: Jul 2019