Author(s): BRANIMIR N. GRGUR | NENAD M. MARKOVIC | PHILIP N. ROSS JR.
Journal: Journal of the Serbian Chemical Society
ISSN 0352-5139
Volume: 68;
Issue: 3;
Start page: 191;
Date: 2003;
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Keywords: fuel cell | anode | platinum | molybdenum | hydrogen | carbon monoxide
ABSTRACT
The oxidation of hydrogen and hydrogen–carbon monoxide mixture has been investigated on well-characterized metallurgically prepared platinum–molybdenum (PtMo) alloys. It was concluded that the optimum surface concentration of molybdenum is near 23 mol.%. Based on experimentally determined parameters and simulations, the mechanism of the oxidation of CO/H2 mixtures is discussed.
Journal: Journal of the Serbian Chemical Society
ISSN 0352-5139
Volume: 68;
Issue: 3;
Start page: 191;
Date: 2003;
VIEW PDF
DOWNLOAD PDF Original pageKeywords: fuel cell | anode | platinum | molybdenum | hydrogen | carbon monoxide
ABSTRACT
The oxidation of hydrogen and hydrogen–carbon monoxide mixture has been investigated on well-characterized metallurgically prepared platinum–molybdenum (PtMo) alloys. It was concluded that the optimum surface concentration of molybdenum is near 23 mol.%. Based on experimentally determined parameters and simulations, the mechanism of the oxidation of CO/H2 mixtures is discussed.
