Publications of Jochen H. Block

Journal Article (59)

Journal Article
T. Tessner, W. Drachsel, J. Dirks and J.H. Block: Observation of doubly charged Ne2 molecular ions by field desorption. International Journal of Mass Spectrometry and Ion Processes 134 (2-3), 161–168 (1994).
Journal Article
M.S. Mousa, J. Loboda-Cackovic, S. Jaenicke and J.H. Block: Adsorption and desorption of oxygen and nitrogen on PdCu(110) single crystal alloy surfaces. Surface Science 307-309 (A), 401–406 (1994).
Journal Article
W. Drachsel, V. Gorodetskii and J.H. Block: Mass separation of image gas field ions in the field ion microscope. Applied Surface Science 76-77, 70–72 (1994).
Journal Article
V. Gorodetskii, J.H. Block and W. Drachsel: Isothermal oscillations of the hydrogen-oxidation reaction on platinum: investigations in the field electron and field ion microscope. Applied Surface Science 76-77, 129–135 (1994).
Journal Article
V. Gorodetskii, W. Drachsel and J.H. Block: The surface specificity of the oscillating CO oxidation on platinum investigated by field ion microscopy. Applied Surface Science 76-77, 122–128 (1994).
Journal Article
V.K. Medvedev, Y. Suchorski and J.H. Block: Investigations of the CO-oxidation on Pt with lithium field desorption microscopy. Applied Surface Science 76-77, 136–144 (1994).
Journal Article
M. Reckzügel, W. Drachsel and J.H. Block: Field desorption of H3 and field dissociation of H+3. Applied Surface Science 76-77, 108–114 (1994).
Journal Article
Y. Suchorski, W.A. Schmidt and J.H. Block: Local electric fields above individual surface atoms in the presence of field-adsorbed rare gas atoms: an additional field enhancement. Applied Surface Science 76-77, 101–107 (1994).
Journal Article
S. Reiff, W. Drachsel and J.H. Block: Second-harmonic generation and surface reconstruction: Cs on Ag(110). Surface Science 304 (1-2), L420–L426 (1994).
Journal Article
W.A. Schmidt, Y. Suchorski and J.H. Block: New aspects of field adsorption and accommodation in field ion imaging. Surface Science 301 (1-3), 52–60 (1994).
Journal Article
M. Berdau, M. Ehsasi, A. Karpowicz, W. Engel, K. Christmann and J.H. Block: Spatial self-organization during catalytic reaction of Co and oxygen on a Pd(110) surface. Vacuum 45 (2-3), 271–274 (1994).
Journal Article
J.H. Block, W. Drachsel and V.V. Gorodetskii: Direct imaging of catalytic surface reactions in the field-ion microscope: The oxidation of hydrogen on platinum. Recueil des Travaux Chimiques des Pays-Bas-Journal of the Royal Netherlands Chemical Society 113 (10), 444–447 (1994).
Journal Article
V. Gorodetskii, W. Drachsel and J.H. Block: Field ion microscopic studies of the CO oxidation on platinum: Field ion imaging and titration reactions. The Journal of Chemical Physics 100 (9), 6907–6914 (1994).
Journal Article
V. Gorodetskii, W. Drachsel, M. Ehsasi and J.H. Block: Field ion microscopic studies of the CO oxidation on platinum: Bistability and oscillations. The Journal of Chemical Physics 100 (9), 6915–6922 (1994).
Journal Article
V.K. Medvedev, Y. Suchorski and J.H. Block: Lithium field desorption microscope: a new tool for surface investigations. Ultramicroscopy 53 (1), 27–35 (1994).
Journal Article
Y. Suchorski, W.A. Schmidt, J.H. Block and H.J. Kreuzer: Comparative studies on field ionization at surface sites of Rh, Ag and Au—differences in local electric field enhancement. Vacuum 45 (2-3), 259–262 (1994).
Journal Article
N. Ernst, J.H. Block, X. Ye and H.J. Kreuzer: Thermal field desorption spectroscopy of chemisorbed hydrogen for a single step site. Physical Review Letters 71 (6), 891–894 (1993).
Journal Article
M. Ehsasi, M. Berdau, T. Rebitzki, K.-P. Charlé, K. Christmann and J.H. Block: A reactive phase diagram of CO oxidation on Pd(110): Steady and oscillatory states. The Journal of Chemical Physics 98 (11), 9177–9184 (1993).
Journal Article
V. Gorodetskii, J.H. Block and W. Drachsel: Imaging the oscillating CO-oxidation on Pt-surfaces with field ion microscopy. Catalysis Letters 19 (2-3), 223–231 (1993).
Journal Article
J. Dirks, W. Drachsel and J.H. Block: Evidence for reneutralization of field ions generated by electron-stimulated field desorption. Applied Surface Science 67 (1-4), 118–123 (1993).
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