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Oxidation of carbon monoxide and deuterium on a Pd(100) film

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Abstract

For Pd/MgO(100) pre-exposed to oxygen, the catalytic oxidation of CO and D2, respectively, has been studied in the temperature range 100–300°C. At temperatures ≥200°C, the CO2 desorption rate is independent of oxygen coverage, θO, and the reactive sticking coefficient for CO is close to unity. The D2O desorption rate is strongly dependent on θO. D2 adsorption is blocked by adsorbed oxygen and the maximum D2O desorption rate is reached when almost all oxygen has been consumed (θ<0.03). The formation of an oxygen c(2×2) structure, coexisting with the initial p(2×2) phase, is reflected in the oxidation rates.

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Authors and Affiliations

  1. Department of Physics and Measurement Technology, Linköping University, SE-581 83, Linköping, Sweden

    H. Fornander, L.-G. Ekedahl & H. Dannetun

Authors
  1. H. Fornander
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  2. L.-G. Ekedahl
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  3. H. Dannetun
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Fornander, H., Ekedahl, LG. & Dannetun, H. Oxidation of carbon monoxide and deuterium on a Pd(100) film. Catalysis Letters 59, 107–113 (1999). https://doi.org/10.1023/A:1019097227251

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