Publications of Alexander M. Bradshaw
All genres
Journal Article (186)
1996
Journal Article
Schaff, Oliver and Alexander M. Bradshaw: Photoelektronenbeugung: Eine nunmehr bewährte Methode zur Strukturbestimmung von Adsorbaten.
Journal Article
Schaff, Oliver, V. Fernandez, Philip Hofmann, Karl-Michael Schindler, Andreas Theobald, V. Fritzsche, Alexander M. Bradshaw, and : Coverage-dependent changes in the adsorption geometry of benzene on Ni{111}.
Journal Article
Snabl, M., , , W. Stenzel, Horst Conrad and Alexander M. Bradshaw: Temperature dependence of the surface diffusion coefficient of K atoms on Pd{111} measured with PEEM.
Journal Article
, Andreas Theobald, Robert Lindsay, T. Geißel, Oliver Schaff, R. Didszhun, , Alexander M. Bradshaw and : Photoelectron diffraction determination of the structure of the Cu(100)c(2 x 2) - Mn surface phase.
Journal Article
, , , Alexander M. Bradshaw, C.J. Hirschmugl, Karl-Michael Schindler, Oliver Schaff, V. Fernandez, Andreas Theobald, Philip Hofmann and : An integrated approach to adsorbate structure determination using photoelectron diffraction: direct “imaging” and quantitative simulation.
Journal Article
Yokoyama, S., Matthias Keil, H. Sotobayashi, Alexander M. Bradshaw, , and : STM studies of polyimide monolayers on gold{111} surfaces.
1995
Journal Article
Berndt, Werner, D. Weick, Catherine Stampfl, Alexander M. Bradshaw and Matthias Scheffler: Structural analysis of the two c(2x2) phases of Na adsorbed on Al(100).
1994
Journal Article
Bao, Shining, Philip Hofmann, Karl-Michael Schindler, V. Fritzsche, Alexander M. Bradshaw, , and : Determination of the local adsorption structure of acetylene on Ni(111).
Journal Article
Bao, Shining, Philip Hofmann, Karl-Michael Schindler, V. Fritzsche, Alexander M. Bradshaw, , and : Following the changes in local geometry associated with a surface reaction: the dehydrogenation of adsorbed ethylene.
Journal Article
Bradshaw, Alexander M.: Interaction of photons with surfaces.
Journal Article
, , , Karl-Michael Schindler, Philip Hofmann, K.-U. Weiss, Rainer Dippel, Peter Gardner, V. Fritzsche, Alexander M. Bradshaw, and : Structure determination of Ni(111)c(4 × 2)-CO and its implications for the interpretation of vibrational spectroscopic data.
Journal Article
, , , K.-U. Weiss, Rainer Dippel, Karl-Michael Schindler, Philip Hofmann, V. Fritzsche and Alexander M. Bradshaw: Photoelectron diffraction investigation of the adsorption site and local structure for potassium on Ni(111).
Journal Article
Fritzsche, V., Shining Bao, Philip Hofmann, Martin Polcik, Karl-Michael Schindler, Alexander M. Bradshaw, and : The adsorption site of pyridine on Ni{111} determined by low-energy photoelectron diffraction.
Journal Article
, , , , K.-U. Weiss, Rainer Dippel, Karl-Michael Schindler, Philip Hofmann and Alexander M. Bradshaw: Initial-state effects in scanned-energy-mode photoelectron diffraction.
Journal Article
Hofmann, Philip, Shining Bao, Karl-Michael Schindler, Oliver Schaff, Martin Polcik, V. Fritzsche, Alexander M. Bradshaw, and : The potassium-induced reconstruction of Cu{110}: the K atom adsorption site.
Journal Article
Hofmann, Philip, Karl-Michael Schindler, Shining Bao, Alexander M. Bradshaw and David Phillip Woodruff: Direct identification of atomic and molecular adsorption sites using photoelectron diffraction.
Journal Article
Hofmann, Philip, Karl-Michael Schindler, Shining Bao, V. Fritzsche, Detlef E. Ricken, Alexander M. Bradshaw and : The geometric structure of the surface methoxy species on Cu(111).
Journal Article
Hofmann, Philip, Karl-Michael Schindler, V. Fritzsche, Shining Bao, Alexander M. Bradshaw and : Experimental tests of new direct methods for adsorbate structure determination using photoelectron diffraction.
Journal Article
Lamont, Christine L.A., Markus Borbach, W. Stenzel, Horst Conrad and Alexander M. Bradshaw: The adsorption and dehydrogenation of cyclohexane on the (1 × 1) and (5 × 20) surfaces of Pt{100}.
Journal Article
, , , , , A. Stampfl and Alexander M. Bradshaw: A resonant photoemission study of the ZrO2 valence band.