App. 8. Numbers : real, imaginary and complex -- App. 9. Dipole and transition dipole moments -- App. 10. Wave functions for the [superscript 3]F states of d[superscript 2] using shift operators.
Ch. 1. The role of theory in the physical sciences -- Ch. 2. From classical to quantum mechanics -- Ch. 3. The application of quantum mechanics -- Ch. 4. Angular momentum -- Ch. 5. The structure and spectroscopy of the atom -- Ch. 6. The covalent chemical bond -- Ch. 7. Bonding, spectroscopy and magnetism in transition-metal complexes -- Ch. 8. Spectroscopy -- Ch. 9. Nuclear magnetic resonance spectroscopy -- Ch. 10. Infrared spectroscopy -- Ch. 11. Electronic spectroscopy -- Ch. 12. Some special topics -- App. 1. Fundamental constants and atomic units -- App. 2. The variation method and the secular equations -- App. 3. Energies and wave functions by matrix diagonalisation -- App. 4. Perturbation theory -- App. 5. The spherical harmonics and hydrogen atom wave functions -- App. 6. Slater determinants -- App. 7. Spherical polar co-ordinates --