Electron Paramagnetic Resonance (EPR) has played a paramount role in understanding the nature and the main features of point defects in the bulk of both ionic and covalent solids. In the present chapter, after a brief introduction to the technique, the employ of EPR to unravel the surface counterparts of bulk point defects in the case of metal oxides will be illustrated with particular attention to the defects capable of charge-carriers trapping.
Point defects in electron paramagnetic resonance
GIAMELLO, Elio;CHIESA, Mario;PAGANINI, Maria Cristina
2015-01-01
Abstract
Electron Paramagnetic Resonance (EPR) has played a paramount role in understanding the nature and the main features of point defects in the bulk of both ionic and covalent solids. In the present chapter, after a brief introduction to the technique, the employ of EPR to unravel the surface counterparts of bulk point defects in the case of metal oxides will be illustrated with particular attention to the defects capable of charge-carriers trapping.
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