Publications of Karl Doblhofer

Journal Article (49)

2009
Journal Article
Doblhofer, Karl, Georg Flätgen, Sarah L. Horswell, Bruno Pettinger, Sabine Wasle and Konrad G. Weil: Autocatalysis by the intermediate surface hydroxide formed during hydrogen peroxide reduction on silver electrodes.
2007
Journal Article
Doblhofer, Karl and Konrad G. Weil: Application of the quartz microbalance in electrochemistry.
2004
Journal Article
Janakiraman, Umamaheswari, Karl Doblhofer, Cedric Fischmeister and Andrew B. Holmes: Electrogenerated chemiluminescence in poly(dibutoxy-phenylenevinylene) coatings.
2003
Journal Article
Danckwerts, Matthias, Elena R. Savinova, Sarah L. Horswell, Bruno Pettinger and Karl Doblhofer: Co-adsorption of fluoride and hydroxide ions on Ag(111) in alkaline electrolytes: Electrochemical and SHG studies.
Journal Article
Doblhofer, Karl, Sabine Wasle, David M. Soares, Konrad G. Weil and Gerhard Ertl: An EQCM study of the electrochemical copper(II)/copper(I)/copper system in the presence of PEG and chloride ions.
Journal Article
Doblhofer, Karl, Sabine Wasle, David M. Soares, Konrad G. Weil, Gisela Weinberg and Gerhard Ertl: The Influence of Halide Ions on the Kinetics of Electrochemical Copper(II) Reduction.
2002
Journal Article
Danckwerts, Matthias, Elena R. Savinova, Bruno Pettinger and Karl Doblhofer: Electrochemical SHG at a Ag(111) single-crystal electrode using the hanging meniscus configuration.
Journal Article
Li, Guangtao, Karl Doblhofer and Jürgen-Hinrich Fuhrhop: Irreversible adsorption of cellobiose, ascorbic acid, and tyrosine to hydrophobic surfaces in water and their separation by molecular stirring.
Journal Article
Li, Guangtao, Karl Doblhofer and Jürgen-Hinrich Fuhrhop: Irreversible Adsorption von Cellobiose, Ascorbinsäure und Tyrosin an hydrophobe Oberflächen in Wasser und ihre Ablösung durch Molekulares Rühren.
Journal Article
Savinova, Elena R., Andreas Scheybal, M. Danckwerts, Ute Wild, Bruno Pettinger, Karl Doblhofer, Robert Schlögl and Gerhard Ertl: Structure and dynamics of the interface between a Ag single crystal electrode and an aqueous electrolyte.
Journal Article
Soares, David M., Sabine Wasle, Karl Doblhofer and Mário A. Tenan: Quartz crystal microbalance expanded capability for studying CuCl crystal formation on copper surfaces.
Journal Article
Soares, David M., Sabine Wasle, Konrad G. Weil and Karl Doblhofer: Copper ion reduction catalyzed by chloride ions.
2001
Journal Article
Janakiraman, Umamaheswari, Danilo Dini, Albrecht Preusser, Andrew B. Holmes, Rainer E. Martin and Karl Doblhofer: Electrochemiluminescence of conjugated polymer.
Journal Article
Samec, Zdenek, Katharina Krischer and Karl Doblhofer: Reduction of peroxodisulfate on gold(111) covered by surface oxides: inhibition and coupling between two oxide reduction processes.
Journal Article
Shaikhutdinov, Shamil K., Elena R. Savinova, Andreas Scheybal, Karl Doblhofer and Robert Schlögl: Ex situ scanning tunneling microscopy study of under-potential oxidation of a Ag(111) electrode in an alkaline electrolyte.
2000
Journal Article
Dini, Danilo, Karl Doblhofer and Gerhard Ertl: Nucleation of solution convection channels as the first step in electro hydrodynamic pattern formation.
Journal Article
Eickes, Christian, Jürgen Rosenmund, Sabine Wasle, Karl Doblhofer, K. Wang and K.G. Weil: The electrochemical quartz crystal microbalance (EQCM) in the studies of complex electrochemical reactions.
Journal Article
Eickes, Christian, Konrad G. Weil and Karl Doblhofer: Faradaic impedance studies of the autocatalytic reduction of H2O2 on Ag electrodes in HClO4.
Journal Article
Li, Guangtao, G. Kossmehl, W.D. Hunnius, H. Zhu, W. Kautek, W. Plieth, Jörg Melsheimer and Karl Doblhofer: Reactive groups on polymer coated electrodes, 10: electrogenerated conducting polyalkylthiophenes bearing activated ester groups.
Journal Article
Savinova, Elena R., D. Zemlyanov, Bruno Pettinger, Andreas Scheybal, Robert Schlögl and Karl Doblhofer: On the mechanism of Ag(111) sub-monolayer oxidation: a combined electrochemical, in situ SERS and ex situ XPS study.
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