Interaction of Cu cluster anions (Cu-n(-), n=8-11) with oxygen

  • von Gynz-Rekowski F
  • Bertram N
  • Gantefor G
 et al. 
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Abstract

The reaction of oxygen with Cu cluster anions consisting of 6-11 atoms was studied by means of Time-of-Flight mass (TOF) spectroscopy and Ultraviolet Photoelectron Spectroscopy (UPS). Using molecular oxygen, we found that a Cu-n(-) cluster (n=6-11) can react only with one single oxygen molecule, which adsorbs molecularly, implying that the clusters studied here are less reactive towards oxygen chemisorption compared to the smaller clusters (n < 5). This result indicates that chemical properties can alter significantly with increasing cluster size. Depending on the cluster source conditions, different cluster structures and reactivity patterns were found. These results are used to qualitatively describe the chemisorption energetics of oxygen on Cu cluster anions.

Author-supplied keywords

  • AU
  • CATALYTIC CO OXIDATION
  • CHEMISORPTION
  • COPPER CLUSTERS
  • GOLD CLUSTERS
  • MOLECULAR-OXYGEN
  • NANOCLUSTERS
  • O-2
  • PHOTOELECTRON-SPECTROSCOPY
  • ROOM-TEMPERATURE

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Authors

  • F von Gynz-Rekowski

  • N Bertram

  • G Gantefor

  • Y D Kim

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