Deprotonating a base: High surface coverage is found to be capable of inducing proton transfer from adsorbed ammonia to surface oxygen atoms on ZnO of both single crystals and nanoparticles by means of HREELS and UHV-FTIRS vibrational spectroscopies and confirmed by density functional theory calculations
Noei, H., Gallino, F., Jin, L., Zhao, J., DI VALENTIN, C., Wang, Y. (2013). Coverage-Induced Hydrogen Transfer on ZnO Surfaces: From Ideal to Real Systems. ANGEWANDTE CHEMIE. INTERNATIONAL EDITION, 52(7), 1977-1981 [10.1002/anie.201207566].
Coverage-Induced Hydrogen Transfer on ZnO Surfaces: From Ideal to Real Systems
DI VALENTIN, CRISTIANA;
2013
Abstract
Deprotonating a base: High surface coverage is found to be capable of inducing proton transfer from adsorbed ammonia to surface oxygen atoms on ZnO of both single crystals and nanoparticles by means of HREELS and UHV-FTIRS vibrational spectroscopies and confirmed by density functional theory calculations
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