Among the most comprehensive reference sources in the field, this graduate-level text by a leading researcher in atomic and molecular spectroscopy introduces and explores the electron-spin-resonance theory of randomly oriented molecules, using exceptionally clear mathematical formulations throughout. "I recommend it highly." — American Scientist. Extensive editorial apparatus. 119 line illustrations.

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Understanding experimental EPR results made easy

Just as its title implies, this book is devoted to electron paramagnetic resonance (EPR) properties of atoms and molecules containing unpaired electrons. Written by one of the most senior, and best known, authorities on EPR of small molecules, it is unique in its hands-on approach to the understanding and analysis of the experimental EPR spectra. Started as a practical introduction into the theory of EPR spectra for new co-workers arriving to Prof. Weltner's laboratory, this book enables a student or scientist already comfortable with the concepts of spin and quantum mechanics, but not yet intimate with the field of EPR, to enter this new area as rapidly, and as painlessly as possible. The bulk of the book goes through a careful analysis of experimental EPR results for representative systems, paying careful attention to the physical sources of interactions observed in the spectra. A special emphasis, lacking in most other sources, is given to the relationship between gas-phase and matrix isolation experiments. The book is accompanied by a comprehensive review of experimental data for small molecules published before 1983. Although somewhat dated, this data is still immensely useful, and is not easy to find otherwise. This book will is a welcome, and little known, addition to a bookshelf of any researcher working in the field.
April 06, 2000

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