Publications of Martin Wolf

Journal Article (269)

241.
Journal Article
Hertel, T., M. Wolf and G. Ertl: Angular distributions in stimulated desorption: photodesorption of ammonia from a Cu(111) surface. Chemical Physics Letters 257 (1-2), 155–162 (1996).
242.
Journal Article
Hertel, T., E. Knoesel, M. Wolf and G. Ertl: Ultrafast Electron Dynamics at Cu(111): Response of an Electron Gas to Optical Excitation. Physical Review Letters 76 (3), 535–538 (1996).
243.
Journal Article
Knoesel, E., T. Hertel, M. Wolf and G. Ertl: Femtosecond dynamics of electronic excitations of adsorbates studied by two-photon photoemission pulse correlation: CO/Cu(111). Chemical Physics Letters 240 (5-6), 409–416 (1995).
244.
Journal Article
Wolf, M., T. Hertel and G. Ertl: Isotope effects in UV-photostimulated desorption of ammonia from Cu (1 1 1). Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms 101 (1-2), 56–59 (1995).
245.
Journal Article
Hertel, T., M. Wolf and G. Ertl: UV photostimulated desorption of ammonia from Cu(111). The Journal of Chemical Physics 102 (8), 3414–3430 (1995).
246.
Journal Article
Hertel, T., E. Knoesel, E. Hasselbrink, M. Wolf and G. Ertl: Unoccupied adsorbate states of COCu(111) analyzed with two-photon photoemission. Surface Science 317 (3), L1147–L1151 (1994).
247.
Journal Article
Zhu, X.Y., M. Wolf and J.M. White: Laser‐assisted nitridation of GaAs: Mechanisms. Journal of Vacuum Science and Technology A: Vacuum, Surfaces, and Films 11 (4), 838–840 (1993).
248.
Journal Article
Zhu, X.Y., T. Huett, M. Wolf and J.M. White: Ultraviolet photochemical nitridation of GaAs. Applied Physics Letters 61 (26), 3157–3177 (1992).
249.
Journal Article
Wolf, M., X.Y. Zhu, J.M. White, T.H. Koschmieder and J.C. Thompson: Surface plasmon enhanced photochemistry: Mo(CO)6-Al-quartz. The Journal of Chemical Physics 97 (9), 7015–7016 (1992).
250.
Journal Article
Wolf, M., X.-Y. Zhu and J.M. White: Excitation mechanisms in the photochemistry of adsorbed SO2. Chemical Physics Letters 196 (5), 422–426 (1992).
251.
Journal Article
Zhu, X.Y., M. Wolf, T. Huett and J.M. White: Laser‐induced interaction of ammonia with GaAs(100). II. Desorption dynamics. The Journal of Chemical Physics 97 (8), 5868–5875 (1992).
252.
Journal Article
Zhu, X.Y., M. Wolf, T. Huett and J.M. White: Laser‐induced interaction of ammonia with GaAs(100). I. Dissociation and nitridation. The Journal of Chemical Physics 97 (8), 5856–5867 (1992).
253.
Journal Article
Wolf, M., X.-Y. Zhu, T. Huett and J.M. White: Thermal decomposition of arsine on GaAs(100). Surface Science 275 (1-2), 41–51 (1992).
254.
Journal Article
Zhu, X.Y., M. Wolf and J.M. White: Photochemical decomposition of AsH3 on GaAs(100). The Journal of Chemical Physics 97 (1), 605–615 (1992).
255.
Journal Article
Hasselbrink, E., H. Hirayama, A. de Meijere, M. Wolf and G. Ertl: Photodissociation and photodesorption of O2 adsorbed on Pd(111). Surface Science 269-270, 235–246 (1992).
256.
Journal Article
Zhu, X.Y., M. Wolf, T. Huett, J. Nail, B.A. Banse, J.R. Creighton and J.M. White: Thermal and photochemical decomposition pathways of AsH3 on GaAs(100): Implication for atomic layer epitaxy. Applied Physics Letters 60 (8), 977–979 (1992).
257.
Journal Article
Zhu, X.Y., J.M. White, M. Wolf, E. Hasselbrink and G. Ertl: Photochemical pathways of water on palladium (111) at 6.4 eV. The Journal of Physical Chemistry 95 (21), 8393–8402 (1991).
258.
Journal Article
Wolf, M., E. Hasselbrink, G. Ertl, X.-Y. Zhu and J.M. White: Excitation mechanism in the photodissociation of dioxygen adsorbed on Pd(111). Surface Science 248 (1-2), L235–L239 (1991).
259.
Journal Article
Wolf, M., S. Nettesheim, J.M. White, E. Hasselbrink and G. Ertl: Dynamics of the ultraviolet photochemistry of water adsorbed on Pd(111). The Journal of Chemical Physics 94 (6), 4609–4619 (1991).
260.
Journal Article
Zhu, X.-Y., J.M. White, M. Wolf, E. Hasselbrink and G. Ertl: Polarization probe of excitation mechanisms in surface photochemistry. Chemical Physics Letters 176 (5), 459–466 (1991).
Go to Editor View