Publications of M. Bertolo
All genres
Journal Article (11)
1993
Journal Article
Aristov, V.Y., M. Bertolo, Karl Jacobi, F. Maca and Matthias Scheffler: Experimental and theoretical investigation of the electronic structure of silver deposited onto InSb(110) at 10 K.
1991
Journal Article
Bertolo, Michele, W. Hansen, Peter Geng and Karl Jacobi: Resonance and dipole electron-scattering in physisorbed mono- and multilayers on Al(111) and Ag(111) surfaces.
Journal Article
Bertolo, Michele, W. Hansen and Karl Jacobi: Hopping of the Photohole during Photoemission from Physisorbed N2: The Influence of Band Formation on Vibrational Excitation.
Journal Article
Hansen, W., Michele Bertolo and Karl Jacobi: Physisorption of CO on Ag(111): investigation of the monolayer and the multilayer through HREELS, ARUPS, and TDS.
Journal Article
Jacobi, Karl, Michele Bertolo, Peter Geng, W. Hansen, Jochen Schreiner and C. Astaldi: H2O and the CO + H2O co-adsorbate on the Al(111) surface at low temperature.
1990
Journal Article
Bertolo, M. and Karl Jacobi: NO adsorption on Pd(111) in the temperature range between 20 and 300 K.
Journal Article
Bertolo, M. and Karl Jacobi: XPS/UPS investigation of NO on Pd(111) in the temperature range between 20 and 300 K.
Journal Article
Bertolo, M., Karl Jacobi, Stefan Nettesheim, Martin Wolf and Eckart Hasselbrink: Adsorption of NO on Pd(111).
Journal Article
Jacobi, Karl and M. Bertolo: Physisorption of CO and N2 on Al(111): Observation of surface-molecule vibrations in electron resonance scattering.
Journal Article
Jacobi, Karl, M. Bertolo, Peter Geng, W. Hansen and : H2O-induced quenching of the negative-ion resonance scattering for N2 physisorbed on Al(111).
Journal Article
Jacobi, Karl, M. Bertolo and W. Hansen: HREELS investigation of physisorbed molecules on single-crystalline surfaces through dipole and resonant electron-scattering mechanism.
Thesis - PhD (1)
1992
Thesis - PhD
Bertolo, Michele: Physisorption von N2 auf Pd(111), Al(111) und Ag(111): eine schwingungs- und photoelektronenspektroskopische Untersuchung.