Sinopsis
of Part A.- I. Basic Properties of Atoms and Perturbations.- 1 Atomic Structure Theory.- 2 Density Matrix Formalism and Applications in Spectroscopy.- 3 Perturbation of Atoms.- 4 Quantum Electrodynamical Effects in Atomic Spectra.- 5 Inner Shells.- 6 Interatomic Potentials for Collisions of Excited Atoms.- II. Methods and Applications of Atomic Spectroscopy.- 7 New Developments of Classical Optical Spectroscopy.- 8 Excitation of Atoms by Impact Processes.- 9 Perturbed Fluorescence Spectroscopy.- 10 Recent Developments and Results of the Atomic-Beam Magnetic-Resonance Method.- 11 The Microwave-Optical Resonance Method.- 12 Lamb-Shift and Fine-Structure Measurements on One-Electron Systems.- 13 Anticrossing Spectroscopy.- 14 Time-Resolved Fluorescence Spectroscopy.- 15 Laser High-Resolution Spectroscopy.
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