This text provides an introduction and treatment of atomic structure; discusses quantum mechanics, atomic spectra and the theory of interaction between atoms and radiation; examines more complex atoms and atomic structure in general; and concludes with a treatment of quantum optics. Using the quantum approach to the subject of atomic physics, this text keeps the mathematics to the minimum needed for a clear and comprehensive understanding of the material
This text provides an introduction and treatment of atomic structure; discusses quantum mechanics, atomic spectra and the theory of interaction between atoms and radiation; examines more complex atoms and atomic structure in general; and concludes with a treatment of quantum optics.Using the quantum approach to the subject of atomic physics, this text keeps the mathematics to the minimum needed for a clear and comprehensive understanding of the material
Preface Main symbols used in text 1 Introduction 2 The structure of the atom 3 The quantum mechanical picture of the atom 4 Atomic spectra 5 Fine structure of spectral lines and electron spin 6 The interaction of atoms and radiation 7 More complex atoms 8 The helium atom and term symbols for complex atoms 9 Further di!ICussion of atomic structure 10 The atomic physics of lasers 11 Atoms in external fields 12 Single atom experiments Appendix A Rutherford's scattering formula Appendix B Angular momentum operators Appendix C Time-independent perturbation theory Appendix D Time-dependent perturbation theory- the calculation of the Einstein R coefficient Appendix E Quantization of the electromagnetic field Appendix F The Pauli exclusion principle Appendix G Eigenstates in helium Appendix H Exercises Appendix I Further reading Appendix J Useful constants Index
Preface Main symbols used in text 1 Introduction 2 The structure of the atom 3 The quantum mechanical picture of the atom 4 Atomic spectra 5 Fine structure of spectral lines and electron spin 6 The interaction of atoms and radiation 7 More complex atoms 8 The helium atom and term symbols for complex atoms 9 Further di!ICussion of atomic structure 10 The atomic physics of lasers 11 Atoms in external fields 12 Single atom experiments Appendix A Rutherford's scattering formula Appendix B Angular momentum operators Appendix C Time-independent perturbation theory Appendix D Time-dependent perturbation theory- the calculation of the Einstein R coefficient Appendix E Quantization of the electromagnetic field Appendix F The Pauli exclusion principle Appendix G Eigenstates in helium Appendix H Exercises Appendix I Further reading Appendix J Useful constants Index
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