Advances in Magnetic Resonance

ContributorsContents of Previous VolumesTemperature-Dependent Splitting Constants in the ESR Spectra of Organic Free Radicals I. Introduction II. Temperature-Dependent Splittings of Protons III. Temperature-Dependent Splittings of Other Nuclei IV. Temperature-Dependent Splittings in Ion Pairs V. ConclusionMagnetic Resonance Induced by Electrons: Studies of the Simplest Atomic and Molecular Systems I. Introduction II. Electron Impact Excitation: Atoms and Molecules III. Magnetic Resonance Methods IV. Detection V. The Hamiltonian VI. One-Electron Atoms VII. The Helium Atom VIII. Other Atoms IX. The Hydrogen and Deuterium Molecules X. The He2 Molecule XI. Heavier Molecules XII. ConclusionIntramolecular Dipolar Relaxation in Multispin I. Introduction II. The Dipolar Cross-Correlation Problem III. Mathematical Treatment of Multispin Relaxation IV. The Dipolar Correlation Function V. Relaxation Equations for Systems Composed of Two, Three, and Four Equivalent Nuclei VI. Relaxation Equations for Systems Composed of Two, Three, and Four Nonequivalent Nuclei VII. Hybrid Spin Systems VIII. Other Multispin Systems IX. Effects of Multispin Correlations in the Presence of Secondary Saturating Fields X. Summary Appendix A Appendix ¿ Summary of Notation Note Added in ProofNMR Studies of Molecules Oriented in Thermotropic Liquid Crystals I. Introduction II. Basic Theory III. Experimental Details IV. Spectral Analysis V. Factors Limiting the Precision of the Derived Information VI. Orientation of the Solute Molecules VII. Shielding Anisotropics VIII. Studies in a Smectic Phase IX. Diffusion Coefficients of the Molecules Dissolved in Liquid Crystals X. Intramolecular Motion XI. Inorganic Complexes XII. Compounds Studied and Information Derived Appendix A: Compounds Investigated in Thermotropic Liquid Crystals and Reported Earlier Appendix B: Liquid Crystal Solvents Used Appendix C: Additional LiteratureSubject Index