| Mohammad Abu Al-Haija (Berlin, Germany) | Spectroscopy of V2O5(001) and V2O3(0001): electronic structure and adsorption |
| Micol Alemani (Berlin, Germany) | Low temperature STM investigation of thin VxOy films |
| Miguel Bañares (Madrid, Spain) | Role of additives (Sb, Mo) on the structure and activity of supported vanadium oxide catalysts for the oxidations of propane |
| Veronika Brázdová (Berlin, Germany) | Periodic density functional study on structural and vibrational properties of vanadium oxide aggregates |
| Mònica Calatayud (Paris, France) | Modeling the V2O5/TiO2 catalyst: a periodic DFT study |
| Maymol Cherian (Berlin, Germany) | Oxidative propane dehydrogenation over V-SiO2 catalysts: effect of support structure, promoters and oxidising agent |
| Izabela Czekaj (Krakow, Poland) | Adsorption of Small Molecules at the V2O3(0001) Surface: DFT Cluster Model Studies |
| Jens Döbler (Berlin, Germany) | Oxidative dehydrogenation of methanol: A comparison between gas phase and surface models |
| Jens Döbler (Berlin, Germany) | Vibrational spectra of supported vanadium oxides: A theoretical study |
| Karin Fink (Bochum, Germany) | Ab initio investigation of methanol synthesis on the polar ZnO(0001) and ZnO(000-1) surfaces |
| Christoph Friedrich (Berlin, Germany) | Reaction of CO, H, and H2 with the V2O5 (010) surface: DFT cluster models |
| M. Veronica Ganduglia-Pirovano (Berlin, Germany) | Stability of reduced V2 O5 (001) surfaces |
| H. Prima García (Berlin, Germany) | Growth and characterization of VO2 films |
| Robert Grybos (Krakow, Poland) | Vanadia-titania interaction studied by quantum-chemical (DFT) method |
| Daniela Habel (Berlin, Germany) | Hierarchical nanostructured design of metal-oxide catalysts |
| Michael Hävecker (Berlin, Germany) | Investigation of the structure / activity relationship of VOx nano-particles |
| Christian Hess (Berlin, Germany) | Synthesis, characterization and application of highly dispersed vanadia supported on silica SBA-15 |
| Boonchuan Immaraporn (Berlin, Germany) | Model catalyst study of silica supported vanadia particles |
| Klaus Meinel (Halle, Germany) | STM and LEED characterization of surface and interface structures of ZrO2(111) films on Pt(111) |
| Jürgen Middeke (Berlin, Germany) | Preparation of well-defined oxide layers and sandwich structures of VOx and NbOx on Cu3Au(100) |
| Martin Muhler (Bochum, Germany) | On the role of vanadia species in toluene oxidation over V2 O5 /TiO2 Catalysts: a transient and steady-state kinetic study |
| Martin Polcik (Berlin, Germany) | Structural studies of adsorption and VOx growth on TiO2(110) |
| Mikhail Pykavy (Berlin, Germany) | Activation of the CH bond in alkanes by vanadium oxide cations |
| Xavier Rozanska (Berlin, Germany) | Quantum chemical study of oxidative dehydrogenation of propane activated by vanadium supported on silica |
| Gabriele Santambrogio (Berlin, Germany) | Mass-selected infrared photodissociation spectroscopy of vanadium oxide cluster ions |
| Kerstin Scheurell (Berlin, Germany) | Highly dispersed VOx/ZrO2 and VOx/SiO2 for propane oxidation |
| Detlef Schooß (Karlsruhe, Germany) | Metal cluster structure determination by trapped ion electron diffraction |
| Marek Sierka (Karlsruhe, Germany) | DFT study of ligand-free and ligand-stabilized palladium clusters |
| Volker Staemmler (Bochum, Germany) | Ab initio calculations of XPS and X-ray emission spectra of Cu/ZnO systems |
| Jean Boris Stelzer (Hannover, Germany) | Phase development in the system TiO2-V2O5 under oxidizing conditions |
| Tanya Kumanova Todorova (Berlin, Germany) | Surface terminations of epitaxial V2O3 films on α-Al2O3(0001) |
| Helmut Weiß (Magdeburg, Germany) | Evolution of different vanadium-based catalysts under conventional XPS conditions |
| Marc Willinger (Berlin, Germany) | Electronic structure investigations of vanadium(V5+)-phosphorus oxides |
| Richard B. Wyrwas (Georgia, USA) | SOx on VOx: Oxidation state tuning of the adsorption of SO2 on vanadium-oxide cluster anions |
| Nurbosyn U. Zhanpeisov (Osaka, Japan) | Selective oxidation of methanol to formaldehyde over vanadia supported catalysts: A density functional theory study |
| Last update: March 10, 2004 | To the Main Symposium Page |