Show Summary Details
- Title Pages
- Preface
- 1 Introduction
- 2 Review of classical electrodynamics
- 3 Review of quantum mechanics
- 4 The spontaneous emission of radiation
- 5 Selection rules for electric dipole transitions
- 6 Measurement of radiative lifetimes of atoms and molecules
- 7 Forbidden transitions and metastable atoms
- 8 The width and shape of spectral lines
- 9 The absorption and stimulated emission of radiation
- 10 Radiative transfer and the formation of spectral lines
- 11 Population inversion mechanisms in gas lasers
- 12 Resonant modes of optical cavities
- 13 Saturation characteristics and single-frequency operation of gas lasers
- 14 Tunable dye lasers and atomic spectroscopy
- 15 The Hanle effect and the theory of resonance fluorescence experiments
- 16 Optical double resonance experiments
- 17 Optical pumping experiments
- 18 The hyperfine structure of atoms and its investigation by magnetic resonance methods
- Appendix: Table of Fundamental Constants
- Author Index
- Subject Index
(p.754) Subject Index
(p.754) Subject Index
- Source:
- Atomic and Laser Spectroscopy
- Publisher:
- Oxford University Press
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- Title Pages
- Preface
- 1 Introduction
- 2 Review of classical electrodynamics
- 3 Review of quantum mechanics
- 4 The spontaneous emission of radiation
- 5 Selection rules for electric dipole transitions
- 6 Measurement of radiative lifetimes of atoms and molecules
- 7 Forbidden transitions and metastable atoms
- 8 The width and shape of spectral lines
- 9 The absorption and stimulated emission of radiation
- 10 Radiative transfer and the formation of spectral lines
- 11 Population inversion mechanisms in gas lasers
- 12 Resonant modes of optical cavities
- 13 Saturation characteristics and single-frequency operation of gas lasers
- 14 Tunable dye lasers and atomic spectroscopy
- 15 The Hanle effect and the theory of resonance fluorescence experiments
- 16 Optical double resonance experiments
- 17 Optical pumping experiments
- 18 The hyperfine structure of atoms and its investigation by magnetic resonance methods
- Appendix: Table of Fundamental Constants
- Author Index
- Subject Index
