Introduction
1: The one-pulse experiment
2: Spin decoupling and difference spectroscopy
3: The second dimension
4: Connections through bonds
5: Connections through space
6: Connections through chemical exchange
7: Editing
8: Solids
9: Sucrose octa-acetate: a case history
Appendix: Symmetry, non-equivalence, and restricted rotation
Index
'well written and illustrated ... It has a detailed contents
section and is well indexed, making it easy to use. This is a
useful book to have to hand for anyone who uses, or may have a
possible use for, spectra from a modern FT NMR spectrometer ... its
approach to theory is pictorial, descriptive and
non-mathematical.'
A.C. Pratt, Irish Chemical News, Winter 1992
'I strongly recommend this book for advanced undergraduate students
and for research chemists who wish to gain maximum benefit from NMR
spectroscopy in their preparative work and, where they have the
opportunity, to make the best possible hands-on use of the
capabilities of an NMR spectrometer. The many practical hints on
performing NMR experiments will enable them to achieve that.'
Christian Griesinger, Institut für Organische Chemie der
Universität Frankfurt am Main, Angewandte Chemie, 1994 33/19
'The lucid description of the techniques ... makes this new edition
a very useful book on any chemist's bookshelf ... essential reading
and reference material for the practising chemist.'
Maruse Sadek and Bob Brownlee, Chemistry in Australia, March
1994
'contains much pratical advice about the acquisition and use of
spectra'
Journal of Chemical Education, Volume 71, Number 4, April 1994
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