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Issue 1, 2004
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Structure–reactivity correlations in the selective aerobic oxidation of cinnamyl alcohol: in situ XAFS

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Abstract

The structural evolution of a Pd/C catalyst during the liquid phase selective aerobic oxidation of cinnamyl alcohol has been followed by in situ XAFS and XPS. The fresh catalyst comprised highly dispersed, heavily oxidised Pd particles. Cinnamyl alcohol oxidation resulted in the rapid reduction of surface palladium oxide and a small degree of concomitant particle growth. These structural changes coincided with a large drop in catalytic activity. Prereduced Pd/C exhibited a significantly lower initial oxidation rate demonstrating the importance of surface metal oxide in effecting catalytic oxidation. Use of a Pd black model system confirmed that the oxide→metal transformation was the cause, and not result, of catalyst deactivation.

Graphical abstract: Structure–reactivity correlations in the selective aerobic oxidation of cinnamyl alcohol: in situ XAFS

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Article information


Submitted
29 Aug 2003
Accepted
24 Oct 2003
First published
21 Nov 2003

Green Chem., 2004,6, 37-42
Article type
Paper

Structure–reactivity correlations in the selective aerobic oxidation of cinnamyl alcohol: in situ XAFS

A. F. Lee and K. Wilson, Green Chem., 2004, 6, 37
DOI: 10.1039/B310505A

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