The preferential CO oxidation (so-called CO-PROX) is the selective CO oxidation amid H2-
rich atmospheres, a process where ceria-based materials are consolidated catalysts. This …

CO oxidation is a model reaction for probing the redox property of ceria-based catalysts. In
this study, CO oxidation was investigated over ceria nanocrystals with defined surface …

In heterogeneous catalysis, surface hydroxylation is well recognized as a common
phenomenon under realistic reaction conditions. However, even for the versatile ceria …

Ceria based catalysts show remarkable activity for CO conversion reactions such as CO
oxidation and the water-gas shift reaction. The identification of adsorption sites on the …

The activation of CO2 on ceria-based catalysts opens chemical routes to the use of CO2 as
an oxidizing agent. Toward a better understanding of the underlying surface reactions, we …

Carbonate intermediates have been reported to play an active role in CO oxidation over
ceria-based catalysts in recent experimental studies. However, the detailed CO oxidation …

During the CO oxidation over metallic Pt clusters and Pt nanoparticles in Pt/CeO2 catalysts,
we found that the Pt surface concentration is a key descriptor for the reaction rate. By …

The redox properties of ceria make it suitable as a catalyst or support in oxidation reactions.
Ceria-supported transition metal nanoparticles or isolated single atoms provide a metal …

Cerium oxide (CeO 2) and ceria-based materials have been extensively investigated as
catalyst and support materials for various catalytic reactions, due to higher oxygen storage …

Metal-doped ceria catalysts have been applied in many important catalytic processes. In this
work, we performed density functional theory calculations corrected by on-site Coulomb …