Publications of Bernd Kohler

M. Arnold, G. Hupfauer, P. Bayer, L. Hammer, K. Heinz, B. Kohler and M. Scheffler: Hydrogen on W(110): an adsorption structure revisited. Surface Science 382 (1-3), 288–299 (1997).

B. Kohler, P. Ruggerone and M. Scheffler: Ab initio study of the anomalies in the He-atom-scattering spectra of H/Mo(110) and H/W(110). Physical Review B 56 (20), 13503–13518 (1997).

B. Kohler, P. Ruggerone and M. Scheffler: Anomalies in He atom scattering spectra of the H-covered Mo(110) and W(110) surfaces. Surface Science 368 (1-3), 213–221 (1996).

B. Kohler, P. Ruggerone, M. Scheffler and E. Tosatti: Enhanced electron-phonon coupling at the Mo and W(110) surfaces induced by adsorbed hydrogen. Zeitschrift für Physikalische Chemie 197, 193–202 (1996).

B. Kohler, S. Wilke, M. Scheffler, R. Kouba and C. Ambrosch-Draxl: Force calculation and atomic-structure optimization for the full-potential linearized augmented plane-wave code WIEN. Computer Physics Communications 94 (1), 31–48 (1996).

M. Petersen, S. Wilke, P. Ruggerone, B. Kohler and M. Scheffler: Scattering of rare-gas atoms at a metal surface: Evidence of anticorrugation of the helium-atom potential-energy surface and the surface electron density. Physical Review Letters 76 (6), 995–998 (1996).

B. Kohler, P. Ruggerone, S. Wilke and M. Scheffler: Frustrated H-induced instability of Mo(110). Physical Review Letters 74, 1387–1390 (1995).

B. Kohler, M. Fuchs, K. Freihube and M. Scheffler: Comment on "Local exchange-correlation functional: Numerical test for atoms and ions". Physical Review A 49 (6), 5152–5155 (1994).

P. Ruggerone, B. Kohler, S. Wilke and M. Scheffler: Electronic origin of the H-induced phonon anomalies on Mo(110). In: Electronic Surface and Interface States on Metallic Systems. (Ed.): E. Bertel. World Scientific, Singapore, 113–126 (1995).

B. Kohler: Wasserstoffinduzierte Phonenanomalien der Mo(110)- und W(110)- Oberflächen. Technische Universität Berlin

B. Kohler: Wasserstoffinduzierte Phononenanomalien der Mo(110)- und W(110)-Oberfläche. Technische Universität Berlin Berlin