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Nuclear Magnetic Resonance

Second Edition

Peter Hore

28 May 2015

ISBN: 9780198703419

128 pages

In Stock

Oxford Chemistry Primers

Price: £27.99

Oxford Chemistry Primers are a series of accessible, concise texts that introduce students to a diverse range of important topics in modern chemistry.



Nuclear Magnetic Resonance offers an accessible introduction to the physical principles of liquid-state NMR, with examples, applications, and exercises provided throughout to enable beginning undergraduates to get to grips with this important analytical technique.

  • Focused introductions designed to give students an in-depth understanding of a diverse range of important topics in modern chemistry.
  • Questions at the end of every chapter and interactive online questions encourage active learning and promote deep understanding.
  • Frequent diagrams, margin notes, and glossary definitions support students in their learning.

New to this edition

  • Sections covering INEPT, HSQC and three-dimensional NMR.
  • Glossary of definitions to help students get to grips with the key terminology.
  • Online Resource Centre, with interactive questions for students, and downloadable figures for instructors.

About the Author(s)

Peter Hore, Professor of Chemistry, University of Oxford

Table of Contents

    2:Chemical shifts
    3:Spin-spin coupling
    4:Chemical exchange
    5:Spin relaxation
    6:NMR experiments


This book is indisputably a must have for any student, or even teacher, in the field of nuclear magnetic resonance. It is a perfect format for preparing readers for more advanced studies on the topic. Theoretical explanations are illustrated by many examples and applications, and this second edition has been completed with a series of exercises. - Sabine Bouguet-Bonnet, Universite de Lorraine, J. Appl. Cryst. (2017). 50, 1243

This primer fully deserves to be widely adopted by students (and teachers) of NMR spectroscopy. This book is a complete and very accessible tool for understanding the origin and significance of the basic NMR parameters. - Sabine Bouguet-Bonnet, Universite de Lorraine, J. Appl. Cryst. (2017). 50, 1243

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