Applied NMR spectroscopy for chemists and life scientists - Zerbe, Oliver; Jurt, Simon (Weinheim Wiley-VCH, 2014)
Introduction to NMR spectroscopy -- Part 1. Basics of solution NMR -- Basics of ID NMR spectroscopy -- 1h NMR -- NMR of 13C and Heteronuclei -- Part 2. Theory of NMR spectroscopy -- Nuclear magnetism-a microscopic view -- Magnetization-a macroscopic view -- Chemical shift and scalar and dipolar couplings -- A formal description of NMR experiments: the product operator formalism -- A brief introduction into the quantum-mechanical concepts of NMR -- Part 3. Technical aspects of NMR -- The components of an NMR spectrometer -- Acquitions and procession -- Experimental techniques -- The art of pulse experiments -- Part 4. Important phenomena and methods in modern NMR -- Relaxation -- The nuclear Overhauser effect -- Chemical and confromational exchange -- Two-dimensional MNR spectroscopy -- Solid-state NMR experiments -- Detection of intermolecular interactions -- Part 5. Structure determination of natural products by NMR -- Carbohydrates -- Steroids -- Peptides and proteins -- Nucleic acids.
Includes bibliographical references and index.
Keywords: Nuclear magnetic resonance spectroscopy