TUneable CAtalyst Surfaces for heterogeneous catalysis
Research Collaborations
Our research is done with colleagues all over the world. Previous and current cooperation partners include:
Peter Amman, Department of Physics, Stockholm University, Sweden High Pressure in-situ XPS Spectroscopy
Sven Barth, Heisenberg Position, Physics Institute, Goethe University Frankfurt, Germany Functionlised Gallium and Indim Alkoxides in Materials Synthesis
Noelia Barrabes, Institute of Materials Chemistry, TU Wien, Austria Nanocatalysts and nanocluster catalysts for sustainable processes, asymmetric heterogeneous catalysis with chiral nanoclusters
Peter Blaha, Institute of Materials Chemistry, TU Wien, Austria Density Functional Theory calculations of solids with WIEN2k (stability of perovskites, molecules on surfaces…)
Hendrik Bluhm, Fritz-Haber-Institute, Berlin, Germany Water interaction with surfaces, in-situ characterization (Advanced Light Source, Berkeley Lab, CA, USA)
Andrey V. Bukhtiyrov, Boreskov Institue of Catalysis, Novosibirsk, Russia In-situ spectroscopy of surface sructure during catalytic reactions
Karin Föttinger, Institute of Materials Chemistry, TU Wien, Austria Environmental catalysis and „green chemistry“, selective oxidation reactions
Bernhard Klötzer, Institute of Physical Chemistry, University of Innsbruck, Austria Catalytic and structural investigations on model catalysts
Andreas Limbeck, Institute of Chemical Technologies and Analytics, TU Wien, Austria Inorganic Trace Analysis
Alexander Karl Opitz, Institute of Chemical Technologies and Analytics, TU Wien, Austria Solid Oxide Fuel Cells – Surface structure and electrochemistry
Gareth Parkinson, Institute of Applied Physics, TU Wien, Austria Physics and chemistry of metal oxide surfaces, single-atom catalysts