We prepared vanadia–titania model catalysts with V (+ 5) oxidation state by sublimating
V2O5 powder onto clean anatase TiO2 (101)[a-TiO2 (101)]. The V2O5/a-TiO2 (101) model …

Using a multi-technical approach, we studied the oxidation of anatase TiO 2 (1 0 1)-
supported vanadium (V) clusters at room temperature. We found by ex situ XPS that the …

The effect of (001) TiO2 anatase support on the electronic and catalytic properties of a V2O5
monolayer is analyzed using density functional theory (DFT). The catalyst is represented by …

The migration and oxidation of single V atom and V 2 dimer on the anatase TiO 2 (1 0 1)
surface are systematically studied based on density functional theory (DFT) calculations. For …

Dispersed and bilayered V2O5/TiO2/SiO2 catalysts were successfully synthesized by the
incipient wetness impregnation method, and their surface structures under various …

Results of a systematic study of various aspects of the well-defined V2O3 (0001) model
catalyst system are presented. This study deals with the preparation, the characterization …

To understand the structure–reactivity relationships for mixed-metal oxide catalysts, well-
defined systems are required. Mixtures of vanadia and titania (TiO2) are of particular interest …

An overview of the current research in the field of vanadium oxide (VO x) monolayer
catalysts on oxide supports based on a Surface Science approach applied to model …

Vanadium oxide has been deposited on TiO2 (110) by means of e-beam metal evaporation
in an oxygen atmosphere at room temperature, following a procedure that has already been …

We present first-principles calculations of vanadia− titania catalysts at V-coverages up to
one monolayer. Realistic slab models are built where vanadate species (VO x) are grafted …