Application note no. 21171
When doing studies on model catalytic systems, surface science techniques can provide detailed insights into the reaction pathways for complex reactions. Translating from ultra-high vacuum to ambient pressures (~10-10 to 760 Torr), cryogenic to reaction temperatures (often hundreds of degrees Celsius), and from planar single-crystals to complex supported catalysts is challenging however.
The Reece Lab at Harvard University employed a pulse-probe DRIFTS experimental set up using a low temperature reaction chamber from Harrick to investigate CO oxidation.
Read more below in our application note.
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