Abstract
Surface-enhanced Raman scattering (SERS) has been used to probe the interaction of o-aminophenol with a silver electrode surface over a wide potential range. No spectrum of adsorbed o-aminophenol has been observed. The SERS spectra were ascribed to the products of o-aminophenol oxidation on the electrode surface at its stationary potential. The main product of oxidation has been identified as 3-aminophenoxazone. Some o-nitrosophenol is also created at the electrode surface.
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