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Results: 1-13 |
Results: 13
C-13 KINETIC ISOTOPE EFFECTS IN THE CATALYTIC-OXIDATION OF CO OVER AG
Authors: KOBAL I BURGHAUS U SENEGACNIK M OGRINC N
Citation: I. Kobal et al., C-13 KINETIC ISOTOPE EFFECTS IN THE CATALYTIC-OXIDATION OF CO OVER AG, JOURNAL OF PHYSICAL CHEMISTRY B, 102(35), 1998, pp. 6787-6791
CARBON-MONOXIDE OXIDATION ON IR(110)
Authors: BURGHAUS U DING JQ WEINBERG WH
Citation: U. Burghaus et al., CARBON-MONOXIDE OXIDATION ON IR(110), Journal of vacuum science & technology. A. Vacuum, surfaces, and films, 16(3), 1998, pp. 1010-1013
BREAKDOWN OF NORMAL ENERGY SCALING AT HIGH-IMPACT ENERGY FOR O-2 ON AG(001)
Authors: VATTUONE L BURGHAUS U VALBUSA U ROCCA M
Citation: L. Vattuone et al., BREAKDOWN OF NORMAL ENERGY SCALING AT HIGH-IMPACT ENERGY FOR O-2 ON AG(001), Surface science, 408(1-3), 1998, pp. 693-697
SELF-ACCELERATING KINETICS OF CO2 FORMATION ON IR(110)
Authors: BURGHAUS U DING JQ WEINBERG WH
Citation: U. Burghaus et al., SELF-ACCELERATING KINETICS OF CO2 FORMATION ON IR(110), Surface science, 396(1-3), 1998, pp. 273-283
COLLISION-INDUCED DESORPTION AND DISSOCIATION OF O-2 CHEMISORBED ON AG(001)
Authors: VATTUONE L GAMBARDELLA P BURGHAUS U CEMIC F CUPOLILLO A VALBUSA U ROCCA M
Citation: L. Vattuone et al., COLLISION-INDUCED DESORPTION AND DISSOCIATION OF O-2 CHEMISORBED ON AG(001), The Journal of chemical physics, 109(6), 1998, pp. 2490-2502
EFFECT OF PREADSORBED OXYGEN ON THE ADSORPTION OF CO ON IR(110)
Authors: BURGHAUS U DING JQ WEINBERG WH
Citation: U. Burghaus et al., EFFECT OF PREADSORBED OXYGEN ON THE ADSORPTION OF CO ON IR(110), Surface science, 384(1-3), 1997, pp. 869-874
HREELS STUDY OF CO OXIDATION ON AG(001) BY O-2 OR O
Authors: BURGHAUS U VATTUONE L GAMBARDELLA P ROCCA M
Citation: U. Burghaus et al., HREELS STUDY OF CO OXIDATION ON AG(001) BY O-2 OR O, Surface science, 374(1-3), 1997, pp. 1-8
CO OXIDATION BY ATOMICALLY ADSORBED OXYGEN ON AG(110) IN THE TEMPERATURE-RANGE 100-300 K
Authors: BURGHAUS U CONRAD H
Citation: U. Burghaus et H. Conrad, CO OXIDATION BY ATOMICALLY ADSORBED OXYGEN ON AG(110) IN THE TEMPERATURE-RANGE 100-300 K, Surface science, 370(1), 1997, pp. 17-31
EVIDENCE FOR THE OXIDATION OF CO BY MOLECULAR-OXYGEN ADSORBED ON AG(110)
Authors: BURGHAUS U CONRAD H
Citation: U. Burghaus et H. Conrad, EVIDENCE FOR THE OXIDATION OF CO BY MOLECULAR-OXYGEN ADSORBED ON AG(110), Surface science, 364(2), 1996, pp. 109-121
THE INFLUENCE OF SURFACE RECONSTRUCTIONS ON THE CO OXIDATION REACTION-RATE FOR THE O AG(110) SURFACE/
Authors: BURGHAUS U CONRAD H
Citation: U. Burghaus et H. Conrad, THE INFLUENCE OF SURFACE RECONSTRUCTIONS ON THE CO OXIDATION REACTION-RATE FOR THE O AG(110) SURFACE/, Surface science, 352, 1996, pp. 201-205
OXIDATION OF CO BY MOLECULAR-OXYGEN ADSORBED ON AG(110)
Authors: BURGHAUS U CONRAD H
Citation: U. Burghaus et H. Conrad, OXIDATION OF CO BY MOLECULAR-OXYGEN ADSORBED ON AG(110), Surface science, 352, 1996, pp. 253-257
EVIDENCE FOR 2 KINETICALLY DISTINCT ATOMIC OXYGEN SPECIES ON AG(110) - A MOLECULAR-BEAM STUDY OF THE CO OXIDATION REACTION
Authors: BURGHAUS U CONRAD H
Citation: U. Burghaus et H. Conrad, EVIDENCE FOR 2 KINETICALLY DISTINCT ATOMIC OXYGEN SPECIES ON AG(110) - A MOLECULAR-BEAM STUDY OF THE CO OXIDATION REACTION, Surface science, 338(1-3), 1995, pp. 869-874
A MOLECULAR-BEAM RELAXATION SPECTROSCOPY STUDY OF CO ADSORPTION ON AG(110) AND PT(111)
Authors: BURGHAUS U CONRAD H
Citation: U. Burghaus et H. Conrad, A MOLECULAR-BEAM RELAXATION SPECTROSCOPY STUDY OF CO ADSORPTION ON AG(110) AND PT(111), Surface science, 333, 1995, pp. 116-120
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