Every undergraduate must understand the fundamentals of NMR
spectroscopy, but until now, no textbook has provided an accessible
introduction to it. Inexpensive and concise, this new Primer gives
an ideal introduction to the physical principles of NMR and the
interactions that determine the appearance of NMR spectra, with
many applications covered to aid understanding. It explains the way
in which chemical structure is encoded in NMR spectra, and how that
information can be
extracted. An ideal basis for further study.
Nuclear magnetic resonance spectroscopy is an enormously powerful
and versatile physical method for investigating the structure and
dynamics of molecules. This book provides a clear, concise
introduction to the physical principles of NMR, and the
interactions that determine the appearance of NMR spectra. The text
describes and explains how nuclear spins interact with a magnetic
field (the chemical shift) and with each other (spin-spin
coupling); how NMR spectra are affected by
chemical equilibria (exchange) and molecular motion (relaxation);
and concludes with an outline of the workings of the workings of
some simple one- and two-dimensional Fourier transform NMR
experiments. The ways in which NMR may be used to study the
structures, motions and reactions of molecules are
illustrated and discussed. Only essential mathematics and theory
are presented. The emphasis throughout is on understanding the
basic principles.
"The author has succeeded in compressing into a small space clear explanations leading the reader from the level of elementary principles up to reasonably advanced methods and applications."--Journal of Magnetic Resonance
Inhaltsangabe
1. Introduction 2. Chemical shifts 3. Spin-spin coupling 4. Chemical exchange 5. Spin relaxation 6. Experimental methods Bibliography Index
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