Forschungsbereich Surface Physics

Organization Name (de) Name der Organisation (de)
E134-05 - Forschungsbereich Surface Physics
 
Code Kennzahl
E134-05
 
Type of Organization Organisationstyp
Research Division
Parent OrgUnit Übergeordnete Organisation
 
Active Aktiv
 


Results 201-220 of 1162 (Search time: 0.002 seconds).

PreviewAuthor(s)TitleTypeIssue Date
201Stubian, Martin ; Bobek, Juraj ; Setvin, Martin ; Diebold, Ulrike ; Schmid, Michael Fast low-noise transimpedance amplifier for scanning tunneling microscopyPräsentation Presentation2021
202Wagner, Margareta ; Meyer, Bernd ; Setvin, Martin ; Schmid, Michael ; Diebold, Ulrike Direct assessment of the acidity of individual surface hydroxyls on In₂O₃(111)Präsentation Presentation2021
203Sokolovic, Igor Complex oxide surfaces studied at the atomic scale by non-contact AFM/STM and DFTPräsentation Presentation2021
204Blatnik, Matthias A. ; Jacobson, Peter ; Schmid, Michael ; Cechal, Jan ; Diebold, Ulrike ; Wagner, Margareta Structural Details of a Prototypical Organic- Inorganic Interface: CuPc on In₂O₃(111)Präsentation Presentation2021
205Wagner, Margareta ; Meyer, B. ; Setvin, Martin ; Schmid, Michael ; Diebold, Ulrike Direct assessment of the acidity of individual surface hydroxyls on In₂O₃(111)Präsentation Presentation2021
206Diebold, Ulrike Surface Science of Metal Oxides - Concepts, Methods, and Latest Results - Part IPräsentation Presentation2021
207Diebold, Ulrike Combining Surface Sciene and Pulsed Laser Deposition: Challenges and OpportunitiesPräsentation Presentation2021
208Diebold, Ulrike Surface Science of Metal Oxides - Concepts, Methods, and Latest Results - Part IIPräsentation Presentation2021
209Diebold, Ulrike Where Physics meets Chemistry: Surfaces at the Atomic Scale; plenary talkPräsentation Presentation2021
210Rath, David Design of an IRAS Setup to Investigate Adsorbates on Metal-Oxide Single CrystalsPräsentation Presentation2021
211Kraushofer, Florian Vienna Package for TensErLEED: A new environment for analysis and calculation of LEED I(V) dataPräsentation Presentation2021
212Wagner, Margareta ; Meyer, Bernd ; Setvin, Martin ; Schmid, Michael ; Diebold, Ulrike Direct assessment of the acidity of individual surface hydroxyls by non-contact AFMPräsentation Presentation2021
213Dörr, F. ; Schmid, Michael ; Kraushofer, Florian ; Diebold, Ulrike ; Riva, Michele Vienna Package for TensErLEED II: A Versatile Setup for Acquisition of LEED I(V) DataPräsentation Presentation2021
214Sokolovic, Igor Bulk-terminated SrTiO₃(001) studied at the atomic scale with nc-AFMPräsentation Presentation2021
215Rafsanjani-Abbasi, Ali ; Kraushofer, Florian ; Eder, Moritz ; Pavelec, Jiri ; Haager, Lena ; Franceschi, Giada ; Riva, Michele ; Schmid, Michael ; Diebold, Ulrike ; Parkinson, Gareth S. Thermal stability and CO-induced mobility of single Pt adatoms supported on the α−Fe₂O₃(1102) surfacePräsentation Presentation2021
216Haager, Lena ; Kraushofer, Florian ; Eder, Moritz ; Rafsanjani-Abbasi, Ali ; Franceschi, Giada ; Riva, Michele ; Sombut, Panukorn ; Atzmueller, Marlene ; Schmid, Michael ; Franchini, Cesare ; Diebold, Ulrike ; Parkinson, Gareth S. Comparison of single Rh adatoms on α-Fe₂O₃(1102) and TiO₂(110) stabilized by adsorbed waterPräsentation Presentation2021
217Birschitzky, Viktor ; Reticcioli, Michele ; Franchini, Cesare Configurational polaron energies using machine learningPräsentation Presentation2021
218Jakub, Zdenek ; Meier, Matthias ; Kraushofer, Florian ; Balajka, Jan ; Pavelec, Jiri ; Schmid, Michael ; Franchini, Cesare ; Diebold, Ulrike ; Parkinson, Gareth S. Rapid surface oxygen exchange at the hematite-water interfacePräsentation Presentation2021
219Hulva, Jan ; Meier, Matthias ; Bliem, Roland ; Jakub, Zdenek ; Kraushofer, Florian ; Schmid, Michael ; Diebold, Ulrike ; Franchini, Cesare ; Parkinson, Gareth S. Unravelling CO Adsorption on Model Single-Atom Catalysts (SAC)Präsentation Presentation2021
220Ulreich, Manuel ; Jakub, Zdenek ; Kraushofer, Florian ; Meier, Matthias ; Schmid, Michael ; Diebold, Ulrike ; Franchini, Cesare ; Parkinson, Gareth S. Atomic-Scale Studies of Hydroformylation on Rh1/Fe₃O₄(001)Präsentation Presentation2021