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Full Description
This first comprehensive introductory text on modern concepts of
EPR spectroscopy clearly explains the underlying mathematical and
technical concepts. It covers all important techniques, including
multifrequency continuous wave EPR, multipulse EPR, ENDOR, ESEEM,
HYSCORE, and ELDOR, demonstrating its application potential for
spin labels, transition-metal center characterization, radicals,
spin trapping, EPR Imaging, conduction-electron EPR, and
ferromagnetic resonance.
Targeting beginners as well as moderately experienced users, with
its study exercises and solutions this handbook and ready reference
provides important material characterization knowledge for material
scientists, physicists, chemists and biologists alike.
Contents
Introduction
EPR vs. NMR and Other Methods with Atomic Resolution
Spin-Hamiltonian
Multifrequency Continuous Wave EPR
Multipulse EPR
ENDOR
ESEEM and HYSCORE
ELDOR
Specialized Techniques
Applications
- Spin Labels
- Transition-metal Centers in Biology
- Transition-metal & Rare-earth Functional Centers
- Light-induced Centers
- Color Centers (Radicals, Spin Trapping, EPR Imaging)
- Conduction-electron EPR
- Ferromagnetic Resonance



