多原子分子的結構及振動光譜：重排本

Preface

Chapter I Introduction: Methods of Studying Molecular Structure
1. Non-spectroscopic Methods
2. Molecular Spectra

Chapter II Vibrations of Molecules: Classical Theory
1. Normal Vibrations and Normal Frequencies
2. Approximate Method
3. Potential Functions
4. Infrared Absorption Spectra
5. Raman, Effect
6. Symmetry Properties of Vibrations and Selection Rules
7. Isotope Effect

Chapter III Vibrations of Molecules: The Quantum Theory
1. Harmonic and Anharmonic Vibrators
2. Vibrations of Molecules: Initial Approximation
3. Vibrations of Molecules. Higher Approximations
4. Resonance in Vibrational Energy Levels
5. Vibrational Spectra and Molecular Structure

Chapter IV Vibration-Rotational Spectra of Molecules
1. Pure Rotational Spectra
2. Vibration-rotational Spectra
3. Nuelear Spins and Intensities of Rotational Lines
4. Interactions between Vibrations and Rotations

Chapter V Vibrational Spectra of Molecules: Empirical Results
1. Triatomic Molecules
2. Tetratomic Molecules
3. Penatomic Molecules
4. Six-atomic Molecules
5. Seven-atomic Molecules
6. Eight-atomic Molecules
7. Nine-atomic Molecules
8. Ten-atomic Molecules
9. Twelve-atomic Molecules
10. Summary of Molecular Constants

Notes Added in Proof
Name Index
Supplement
重排后記