Dynamics of intrinsic defects are considered fundamental in the chemistry of reducible oxides, and their effect on catalytic reactions have been rarely reported. Herein, we propose a new Ov diffusion assisted Langmuir–Hinshelwood mechanism for CO oxidation, which may largely account for the origin of high reactivity of supported atomic gold catalysts
The CO oxidation activity of 1 wt.% gold catalysts prepared by depositionprecipitation on a series o...
Gold supported on ceria-zirconia is one of the most active low temperature water-gas shift catalysts...
The intrinsic reactivity of atomically dispersed gold catalysts for low-temperature (L-T) CO oxidati...
Dynamics of intrinsic defects are considered fundamental in the chemistry of reducible oxides, and t...
As an oxidation-reduction catalyst, ceria can catalyze molecular oxidation and reduction. There has ...
Density functional theory calculations that account for the on-site Coulomb interaction via a Hubbar...
Experimental catalytic activity measurements, Diffuse Reflectance Infrared Fourier Spectroscopy, and...
The mechanism of CO oxidation by a CeO2(110)-supported gold atom has been investigated by DFT calcul...
Supported gold catalysts are highly active for a variety of reactions, including low‐temperature CO ...
We address the question of the nature of Au NP activation and through a combination of experimental ...
Surface defects are believed to govern the adsorption behavior of reducible oxides. We challenge thi...
Surface defects are believed to govern the adsorption behavior of reducible oxides. We challenge thi...
The discovery of the activity of dispersed gold nanoparticles three decades ago paved the way for a ...
Performance of catalytic redox reactions depends crucially on the oxygen storage and release capabil...
The surface properties of oxidic supports and their interaction with the supported metals play criti...
The CO oxidation activity of 1 wt.% gold catalysts prepared by depositionprecipitation on a series o...
Gold supported on ceria-zirconia is one of the most active low temperature water-gas shift catalysts...
The intrinsic reactivity of atomically dispersed gold catalysts for low-temperature (L-T) CO oxidati...
Dynamics of intrinsic defects are considered fundamental in the chemistry of reducible oxides, and t...
As an oxidation-reduction catalyst, ceria can catalyze molecular oxidation and reduction. There has ...
Density functional theory calculations that account for the on-site Coulomb interaction via a Hubbar...
Experimental catalytic activity measurements, Diffuse Reflectance Infrared Fourier Spectroscopy, and...
The mechanism of CO oxidation by a CeO2(110)-supported gold atom has been investigated by DFT calcul...
Supported gold catalysts are highly active for a variety of reactions, including low‐temperature CO ...
We address the question of the nature of Au NP activation and through a combination of experimental ...
Surface defects are believed to govern the adsorption behavior of reducible oxides. We challenge thi...
Surface defects are believed to govern the adsorption behavior of reducible oxides. We challenge thi...
The discovery of the activity of dispersed gold nanoparticles three decades ago paved the way for a ...
Performance of catalytic redox reactions depends crucially on the oxygen storage and release capabil...
The surface properties of oxidic supports and their interaction with the supported metals play criti...
The CO oxidation activity of 1 wt.% gold catalysts prepared by depositionprecipitation on a series o...
Gold supported on ceria-zirconia is one of the most active low temperature water-gas shift catalysts...
The intrinsic reactivity of atomically dispersed gold catalysts for low-temperature (L-T) CO oxidati...