Publikationen von Michael Meyer

Deinert, J.-C., O.T. Hofmann, M. Meyer, P. Rinke und J. Stähler: Local aspects of hydrogen-induced metallization of the ZnO(101¯0) surface. Physical Review B 91 (23), 235313 (2015).

Meyer, M., I. Agarwal, M. Wolf und U. Bovensiepen: Ultrafast electron dynamics at water covered alkali adatoms adsorbed on Cu(111). Physical Chemistry Chemical Physics 17 (13), 8441–8448 (2015).

Deinert, J.-C., D. Wegkamp, M. Meyer, C. Richter, M. Wolf und J. Stähler: Ultrafast Exciton Formation at the ZnO(101¯0) Surface. Physical Review Letters 113 (5), 057602 (2014).

Wegkamp, D., M. Meyer, C. Richter, M. Wolf und J. Stähler: Photoinduced work function modifications and their effect on photoelectron spectroscopy. Applied Physics Letters 103 (15), 151603 (2013).

Meyer, M., M. Bertin, U. Bovensiepen, D. Wegkamp, M. Krenz und M. Wolf: Ultrafast Dynamics at the Na/D₂O/Cu(111) Interface: Electron Solvation in Ice Layers and Na⁺-Mediated Surface Solvation. The Journal of Physical Chemistry C 115 (1), 204–209 (2011).

Stähler, J., M. Meyer, U. Bovensiepen und M. Wolf: Solvation dynamics of surface-trapped electrons at NH3 and D2O crystallites adsorbed on metals: from femtosecond to minute timescales. Chemical Science 2 (5), 907–916 (2011).

Bertin, M., M. Meyer, J. Stähler, C. Gahl, M. Wolf und U. Bovensiepen: Reactivity of water–electron complexes on crystalline ice surfaces. Faraday Discussions 141, 293–307-293–307 (2009).

Meyer, M., J. Stähler, D.O. Kusmierek, M. Wolf und U. Bovensiepen: Determination of the electron's solvation site on D₂O/Cu(111) using Xe overlayers and femtosecond photoelectron spectroscopy. Phys. Chem. Chem. Phys. 10, 4932–4938 (2008).

Stähler, J., M. Meyer, D.O. Kusmierek, U. Bovensiepen und M. Wolf: Ultrafast electron transfer dynamics at NH₃/Cu(111) interfaces: Determination of the transient tunneling barrier. Journal of the American Chemical Society 130 (27), 8797–8803 (2008).

Stähler, J., J.-C. Deinert, M. Meyer, D. Wegkamp und M. Wolf:

Meyer, M.: Ultrafast Electron Dynamics at Alkali/Ice Structures Adsorbed on a Metal Surface. Freie Universität Berlin