Note: Nuclear Magnetic Resonance -- Contents -- Chapter 1 Nuclear Shielding -- 1 Introduction -- 2 Basic Aspects of Nuclear Shielding -- A General Theory -- B Basic Physical Aspects -- 3 Calculations of Nuclear Shielding -- A Introduction -- B Ab Initio Calculations -- C Empirical and Semi-empirical Calculations -- 4 Transmission of Effects within Molecules -- A Introduction -- B 'Resonance Effects', 'Inductive Effects', and 'Substituent Effects' in General -- C Magnetic Anisotropy Effects -- E Electric Field Effects -- F van der Waals and Steric Effects -- G Hydrogen Bonding Effects -- H Isotope Shifts -- 5 Shielding of Particular Nuclear Species -- A Introduction -- B Fluorine Chemical Shifts -- C Phosphorus Chemical Shifts -- D Boron Chemical Shifts -- E Silicon Chemical Shifts -- F Nitrogen Chemical Shifts -- G Chemical Shifts of other Nuclei -- 6 Conclusions -- Chapter2 Nuclear Spin-Spin Coupling -- 1 Introduction -- 2 Theoretical Work -- A Ab Initio Calculations -- B Semi-empirical Calculations -- C Other Topics of Theoretical Interest -- 3 Coupling of Directly Bonded Nuclei -- A Coupling to Hydrogen -- B Coupling to Elements of Groups IIIB and IVB -- C Coupling to Elements of Group VB -- D Coupling to Elements of Group VIB -- E Coupling to Elements of Group VIIB -- F Miscellaneous One-bond Couplings -- 4 Coupling between Nuclei Separated by Two Chemical Bonds, 2J -- A Geminal Proton-Proton Coupling -- B Two-bond Coupling of Other Nuclei to Protons -- C Two-bond Coupling to Carbon, Excluding 2J(13CX1H) -- D 2J(31P,29Si) -- E Coupling of Group VB and VIIB Elements to Group VB -- F Two-bond (19F,19F) Coupling -- G Miscellaneous Two-bond Couplings -- 5 Coupling between Nuclei Separated by Three Chemical Bonds, 3J -- A Vicinal Proton-Proton Coupling via Carbon 3J(1HCC1H) -- B Three-bond coupling of Protons via Other Atoms. , C Three-bond Coupling of Other Nuclei to Protons -- D Three-bond Coupling to Carbon -- E Three-bond Coupling to Phosphorus -- F Three-bond Coupling to Fluorine -- 6 Coupling between Nuclei Separated by Four Chemical Bonds, 4J -- A Proton-Proton Coupling via Carbon, 4J(1HCCC1H) -- B Four-bond Coupling of Protons via Other Atoms -- C Four-bond Coupling of Other Nuclei to Protons -- D Four-bond Coupling to Carbon -- E Four-bond Coupling to Fluorine -- A Proton-ProtonCoupling via Carbon,5J(1HCCCC1H) -- B Five-bond Proton-Proton Coupling via Other Atoms -- C Five-bond Coupling of Other Nuclei to Protons -- D Five-bond Coupling to Carbon -- E Five-bond (19F,19F) Coupling -- F 5J(195PtSiCCC19F) -- G Other Five-bond Couplings -- 8 Coupling between Nuclei Separated by Six Chemical Bonds,6J -- A Proton-Proton Coupling via Carbon, 6J(1HCCCCC1H) -- B Proton-Proton Coupling via Other Atoms -- C Six-bond Coupling of Other Nuclei to Protons -- 9 Coupling between Nuclei Separated by Seven or More Chemical Bonds -- A 7J(lH,1H) -- B 9J(1HCCCCCCCC1H) -- C nJ(19F,19F) -- n = 9-14 -- 10 Coupling in π-Electron Systems -- A Homo-aromatic Molecules -- B Annulenes -- C Heterocyclic Molecules -- D Linear Molecules -- 11 Through-space Coupling -- 12 Recent Experimental Advances -- Chapter3 Nuclear Spin Relaxation in Liquids -- 1 Introduction -- 2 Models for Molecular Rotation -- 3 Relaxation Studies in Pure Liquids -- A Proton and Deuteron Relaxation -- B 13C Relaxation -- C 29Si Relaxation -- D 207Pb Relaxation -- E Studies of Several Resonant Nuclei: 1H, 2H, 14N, 19F, 35Cl -- 4 Relaxation Studies in Liquid Mixtures of Non-electrolytes -- A Proton and Deuteron Relaxation -- B 13C Relaxation -- C Studies of Several Resonant Nuclei: 1H, 2H, 14N, 19F -- 5 Relaxation Studies in Electrolyte Solutions -- A Proton Relaxation -- B 13C Relaxation. , C Relaxation of Heavy Spin-1/2 Nuclei: 113Cd, 199Hg, 205Tl, 207Pb -- D Relaxation of Alkali-metal and Halogen Nuclei: 7Li, 23Na, 85Rb, 87Rb, 133Cs, 19F, 35Cl, 37Cl, 79Br, 81Br, 127I -- Chapter 4 Bandshape Phenomena in Liquids -- 1 Introduction -- A Recent Developments -- B Coverage of the Report -- 2 Experimental Aspects -- A Fourier Transform versus Continuous Wave Spectra -- B Resolution Enhancement -- C Magnetic Field Inhomogeneities -- 3 Exchange of Magnetic Sites -- A General Aspects -- B Intramolecular Exchange -- C Intermolecular Exchange -- D Mechanistic Studies in Inorganic Chemistry -- 4 Relaxation Effects: Linewidths -- A Theoretical Work -- B Chemical Exchange Rates Determined by the Swift-Connick Approach -- C Linewidth Determinations in Paramagnetic Systems -- D Effects of Scalar Coupling to Quadrupolar Nuclei -- Chapter5 Multiple Resonance -- 1 Introduction -- 2 Theory of Multiple Resonance -- 3 Experimental Techniques -- 4 The Nuclear Overhauser Effect -- A Intramolecular -- B Intermolecular -- 5 Chemical Applications of Multiple Resonance -- A Decoupling: Simplification and Assignment -- B Selective Irradiation Experiments: Measurements of Magnitudes and Relative Signs of Coupling Constants -- C Chemical Shift Determination -- 6 Solid-state Studies -- Chapter6 Macromolecules -- 1 Introduction -- 2 Reviews -- 3 Synthetic Macromolecules -- A 1H High-resolution N.M.R. -- B Broadline N.M.R. -- C Spin-echo N.M.R. -- D 13C N.M.R. -- E 19F N.M.R. -- 4 Biological and Related Macromolecules -- A 1H N.M.R. of Synthetic Polypeptides -- B 1H N.M.R. of Natural and Related Polypeptides and Polysaccharides -- C 1H N.M.R. of Proteins -- D 1H N.M.R. of Enzymes -- E 1H N.M.R. of Polynucleotides -- F 13C Studies -- G Other Nuclei -- 5 Small Molecules -- A 1H Studies of Hydration -- B 1H N.M.R.- General Studies -- C 13C N.M.R. Studies -- D Other Nuclei. , E Counter-ion N.M.R. -- Chapter 7 Liquid Crystals and Micellar Solutions -- 1 Introduction -- 2 Reviews -- 3 Lyotropic Liquid Crystal Phases -- A Alkyl-chain Resonances -- B Water Studies -- C Counter-ion Studies -- D Vesicle Studies -- 4 Thermotropic Liquid Crystals -- 5 Micelles -- 6 Reversed Micelles -- 7 Microemulsions and Emulsions -- Chapter 8 The Solid State -- 1 General Introduction -- 2 Half-integral Spins in Diamagnetic Solids -- A Introduction -- B Theory of the Resonance Spectrum -- C Nuclear Spin-Lattice Relaxation Theory -- D Structural Studies -- E Motional Studies (Classical Regime) -- F Quantum Effects -- G High Resolution in Solids -- H N.M.R. Image Formation -- A Introduction -- B 2H N.M.R. -- C First-row Elements -- D Second-row Elements -- E Other Nuclei -- 4 Systems with Unpaired Electrons in the Absence of Magnetic Ordering -- A Non-metallic Paramagnetic Systems -- B Metals -- C Alloys -- D Semiconductors -- E Metal Hydrides -- F One-dimensional Metals -- 5 Ordered Magnetic Materials -- A Ferromagnetic Materials -- B Antiferromagnetic Materials -- C Ferrimagnetic Materials -- 6 New Apparatus and Techniques -- A Techniques -- B Analysis -- C Sources of Error -- D Apparatus -- 7 Surface Phenomena -- A Introduction -- B Adsorption on Graphite and Charcoal -- C Adsorption on Silica -- D Adsorption on Aluminas and other Surfaces -- E Zeolites -- Chapter 9 Medium Effects -- 1 Introduction -- 2 Non-specific Medium Effects -- 3 Effects due to Specific Interactions with the Medium -- A The ASIS Effect -- B Hydrogen-bonded Systems -- C Aqueous Systems -- D Ionic Solutions -- E Micellar Aggregation -- 4 Shift Reagents -- Author Index.