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This completely revised and updated second edition of Modern Magnetic Resonance showcases the considerable progress that has taken place in this field since 2008. The three part reference work contains key developments, scores of contributions, key literature citations and overviews of the important progress achieved in the relevant topics since the publication of the previous edition. Two key differences in this new edition are the replacement of the previous Medical Sciences section with the Biological and Pharmaceutical Science sections and the inclusion of a new part featuring Archaeological applications. Divided into seven comprehensive parts, the work covers: Archaeology, Biological Sciences, Chemistry, Food Science, Marine Science, Materials Science, and Pharmaceutical Science. Section editors from Asia, USA, and Europe have recruited a truly international list of active and eminent contributors who have created a remarkable and unique work. Topics include: Electron Spin Resonance, High resolution solid and liquid state NMR; Low resolution NMR; Solution State NMR; Magnetic Resonance Imaging. The level of scientific coverage of the chosen topics renders the handbook suitable for research workers in the relevant fields as well as final year undergraduate students. .

Magnetic Resonance. --- Magnetic resonance.

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Magnetic resonance.

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Magnetic resonance

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Magnetic resonance

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Magnetic Resonance finds applications, from spectroscopy to imaging, on a routine basis in the majority of research and medical institutions. It is also becoming more frequently used for specific applications in which the whole instrument and system is designed for optimum operation. Magnetic Resonance sensors have been applied to fields as varied as petro-chemistry - with borehole logging, food engineering - with online process monitoring, emergency medicine - with point of care diagnostics and civil engineering - with sensors for monitoring cement drying. This great diversity is seeing exciting developments in magnetic resonance sensing technology published in application specific journals where they are often not seen by the wider sensor community.

Magnetic resonance.