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16:15 |
O 51.1 |
Ab initio molecular dynamics simulation of electronic energy dissipation: A comparison of H/Si(001), H/Al(111), and HCl/Al(111) — Georg Krugel, Michael Grotemeyer, Jan van Heys, Michael Lindenblatt, and •Eckhard Pehlke
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16:30 |
O 51.2 |
Real-space investigation of high-barrier diffusion of hydrogen on Si(001) — •M. Dürr, C. H. Schwalb, and U. Höfer
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16:45 |
O 51.3 |
STM investigations of an electron induced switching process in azobenzene-based structures — •Jörg Henzl and Karina Morgenstern
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17:00 |
O 51.4 |
Theoretical cluster studies on the catalytic sulfidation of MoO3 — •Xuerong Shi, Jianguo Wang, and Klaus Hermann
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17:15 |
O 51.5 |
Theoretical investigations on the electrochemical hydrogen evolution on Pt-hydride surfaces — •Fedor Strigunov, John Keith, and Timo Jacob
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17:30 |
O 51.6 |
CO oxidation on planar Au/TiO2 model catalysts: activation energy and influence of reaction atmosphere — •Menhild Eyrich, Stefan Kielbassa, Joachim Bansmann, and R. Jürgen Behm
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17:45 |
O 51.7 |
Interaction of Thin Nickel Oxide Layers with Carbon Oxides — •Michael Peter Andreas Lorenz, Regine Streber, Christian Papp, Marie-Madeleine Walz, Andreas Bayer, Sandra Künzel, Reinhard Denecke, and Hans-Peter Steinrück
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18:00 |
O 51.8 |
The Surface Selective Chlorination of RuO2(110) — •Jan Philipp Hofmann, Stefan Zweidinger, Marcus Knapp, Ari Paavo Seitsonen, Karina Schulte, Edvin Lundgren, Jesper Andersen und Herbert Over
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18:15 |
O 51.9 |
HREELS study of Cu clusters deposited on the O-terminated ZnO(000-1) surface — •Hengshan Qiu, Yuemin Wang, and Christof Wöll
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18:30 |
O 51.10 |
Adsorption and diffusion of H and NHx as key steps of the NHx dehydrogenation reaction at the V2O5 (010) surface — •Mathis Gruber and Klaus Hermann
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18:45 |
O 51.11 |
PrO2−x/Si(111) – A model system for praseodymium oxide based catalysts — •Andreas Schaefer, Sebastian Lamberti, Volkmar Zielasek, Jens Falta, Thomas Schröder, and Marcus Bäumer
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19:00 |
O 51.12 |
Ferrocene Affinity Label for the Electrochemical Detection of Enzymes down to a Single Molecule Level — •Claudia Baier, Alice Schlichtiger, Jörg Eppinger, and Ulrich Stimming
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