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| Abbreviations | |
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| Preface to the fourth edition | |
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| The theory of nuclear magnetization | |
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| The properties of the nucleus of an atom | |
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| The nucleus in a magnetic field | |
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| The source of the NMR signal | |
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| A basic NMR spectrometer | |
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| Questions | |
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| The magnetic field at the nucleus: nuclear screening and the chemical shift | |
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| Effects due to the molecule | |
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| Isotope effects | |
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| Effects due to unpaired electrons | |
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| The chemical shift | |
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| Notes on sample preparation, standardization and solvent and temperature effects | |
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| Questions | |
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| Internuclear spin-spin coupling | |
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| The mutual effects of nuclear magnets on resonance positions | |
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| The appearance of multiplets arising from spin-spin coupling | |
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| Spin-spin coupling satellites | |
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| The description of spin systems | |
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| Second-order effects | |
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| Questions | |
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| Nuclear magnetic relaxation | |
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| Relaxation processes in assemblies of nuclear spins | |
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| Dipole-dipole relaxation | |
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| Quadrupolar relaxation | |
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| Spin rotation relaxation: detailed molecular motion | |
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| Chemical shift anisotropy relaxation | |
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| Scalar relaxation | |
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| Examples of [superscript 13]C relaxation times | |
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| Questions | |
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| The spectrometer | |
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| The magnet and field homogeneity | |
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| The probe | |
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| Field-frequency lock | |
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| The transmitter | |
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| The detection system | |
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| Production of the spectrum | |
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| Rapid multiple pulsing | |
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| Manipulation of collected data | |
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| Questions | |
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| Making the spins dance | |
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| Decoupling | |
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| Composite pulses | |
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| Refocusing pulse | |
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| Questions | |
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| NMR spectra of exchanging and reacting systems | |
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| Systems at equilibrium | |
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| Reaction monitoring of systems not at equilibrium | |
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| Questions | |
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| Multiple resonance and one-dimensional pulse sequences | |
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| Decoupling difference spectroscopy | |
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| The nuclear Overhauser effect | |
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| One-dimensional multipulse sequences | |
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| Exercises in spectral interpretation | |
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| Two-dimensional NMR spectroscopy | |
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| J-resolved two-dimensional NMR spectroscopy | |
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| Homonuclear COSY NMR spectroscopy | |
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| Heteronuclear COSY NMR spectroscopy | |
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| HOHAHA or TOCSY | |
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| Two-dimensional Inadequate | |
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| Overhauser and magnetization transfer based two-dimensional NMR spectroscopy | |
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| Inverse detection | |
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| Three-dimensional NMR spectroscopy | |
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| Questions | |
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| Magnetic resonance imaging and biomedical NMR | |
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| Producing an image | |
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| Whole body imaging | |
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| Diffusion and flow | |
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| Chemical shift imaging | |
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| Biological uses of imaging - imaging microscopy | |
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| Industrial uses of imaging techniques | |
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| Biomedical NMR | |
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| High-resolution solid-state NMR | |
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| Magic angle spinning | |
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| Spin-1/2 nuclei with low magnetogyric ratios | |
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| I = 1/2 nuclei with high magnetogyric ratios | |
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| MAS of quadrupolar nuclei | |
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| Some applications | |
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| Deuterium, an integral-spin nucleus | |
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| Questions | |
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| Bibliography | |
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| Answers to Questions | |
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| Index | |