The information obtained from the characterization of vanadium oxide single crystal surfaces is related to the study of vanadia nanoparticles supported on silica and alumina thin films, model systems for the so-called “supported monolayer vanadia catalysts”. It is found that these particles have properties similar to V2O3 surfaces, where the topmost V ions are involved in vanadyl groups and have a 5+ oxidation state. A vibrational spectroscopy investigation combined with DFT calculations show that the accepted interpretation of vibrational spectra from vanadia catalysts must be revised
Thin single crystalline oxide films comprise perfect supports to grow nanoparticles of metals and ot...
by X-ray diffraction, and especially by the combination of Raman spectroscopy and temperature-progra...
Vanadia was deposited on TiO2, ZrO2, HfO2, Nb2O5, and Ta2O5 supports using impregnation with either ...
The information obtained from the characterization of vanadium oxide single crystal surfaces is rela...
A model system of alumina-supported vanadia particles, representing catalysts of the type oxide(1)/o...
Oxide-supported vanadia particles were prepared via evaporation of vanadium metal in an oxygen ambie...
Model studies carried out on ultrahigh vacuum (UHV) prepared nanoparticles grown on well-ordered oxi...
Supported vanadium oxide catalysts consisting of surface vanadia species on oxide supports were inve...
Supported vanadia catalysts are used industrially for a variety of chemical processes including the ...
Vanadium(V) oxide supported on 7-A1203, GO2, Cr2O3, Si02, Ti02, and Zr02 was studied by X-ray fluore...
Nanostructured vanadia model catalysts, i.e. highly dispersed vanadium oxide supported on mesoporous...
Nanostructured vanadia model catalysts, i.e. highly dispersed vanadium oxide supported on mesoporous...
Alumina-supported vanadium particles were prepared under ultrahigh vacuum (UHV) conditions and chara...
The structure and properties of vanadium oxide deposited on γ-alumina at submonolayer coverage have ...
Supported vanadium oxide catalysts, containing surface vanadia species on oxide supports, are extens...
Thin single crystalline oxide films comprise perfect supports to grow nanoparticles of metals and ot...
by X-ray diffraction, and especially by the combination of Raman spectroscopy and temperature-progra...
Vanadia was deposited on TiO2, ZrO2, HfO2, Nb2O5, and Ta2O5 supports using impregnation with either ...
The information obtained from the characterization of vanadium oxide single crystal surfaces is rela...
A model system of alumina-supported vanadia particles, representing catalysts of the type oxide(1)/o...
Oxide-supported vanadia particles were prepared via evaporation of vanadium metal in an oxygen ambie...
Model studies carried out on ultrahigh vacuum (UHV) prepared nanoparticles grown on well-ordered oxi...
Supported vanadium oxide catalysts consisting of surface vanadia species on oxide supports were inve...
Supported vanadia catalysts are used industrially for a variety of chemical processes including the ...
Vanadium(V) oxide supported on 7-A1203, GO2, Cr2O3, Si02, Ti02, and Zr02 was studied by X-ray fluore...
Nanostructured vanadia model catalysts, i.e. highly dispersed vanadium oxide supported on mesoporous...
Nanostructured vanadia model catalysts, i.e. highly dispersed vanadium oxide supported on mesoporous...
Alumina-supported vanadium particles were prepared under ultrahigh vacuum (UHV) conditions and chara...
The structure and properties of vanadium oxide deposited on γ-alumina at submonolayer coverage have ...
Supported vanadium oxide catalysts, containing surface vanadia species on oxide supports, are extens...
Thin single crystalline oxide films comprise perfect supports to grow nanoparticles of metals and ot...
by X-ray diffraction, and especially by the combination of Raman spectroscopy and temperature-progra...
Vanadia was deposited on TiO2, ZrO2, HfO2, Nb2O5, and Ta2O5 supports using impregnation with either ...