Page xiii






Complements of Chapter XI


 




Reader's Guide







1109






AXI: A One-dimensional Harmonic Oscillator Subjected to a Perturbing Potential in x, x2, x3







1110






BXI: Interaction Between the Magnetic Dipoles of Two Spin 1/2 Particles







1120






CXI: Van der Waals forces







1130






DXI: The Volume Effect: The Influence of the Spatial Extension of the Nucleus on the Atomic Levels







1141






EXI: The Variational Method







1148






FXI: Energy Bands of Electrons in Solids: A Simple Model







1156






GXI: A Simple Example of the Chemical Bond: The H2+ Ion







1169






HXI: Exercises







1200







Chapter XII
An Application of Perturbation Theory: The Fine and Hyperfine Structure of the Hydrogen Atom








1209






A. Introduction







1212






B. Additional Terms in the Hamiltonian







1213






C. The Fine Structure of the n = 2 Level







1219






D. The Hyperfine Structure of the n = 1 Level







1227






E. The Zeeman Effect of the Hyperfine Structure of the 1s Ground State







1232







Complements of Chapter XII


 




Reader's Guide







1246






AXII: The Magnetic Hyperfine Hamiltonian







1247






BXII: Calculation of the Mean Values of the Fine-structure Hamiltonian in the 1s, 2s and 2p states







1257






CXII: The Hyperfine Structure and the Zeeman Effect for Muonium and Positronium







1262






DXII: The Influence of the Electron Spin on the Zeeman Effect of the Hydrogen Resonance Line







1270






EXII: The Stark Effect for the Hydrogen Atom







1279



Start of Citation[PU]John Wiley & Sons, Inc. (US)[/PU][DP]1977[/DP]End of Citation