Dimethyl disulfide dissociation is both ultrafast and very slow.
Abstract not provided.
Cole-Filipiak, Neil↗
Engineering topics
Reid, Alex
Publications and source records attributed to Reid, Alex.
Dimethyl disulfide dissociation is both ultrafast and very slow.
Abstract not provided.
Cole-Filipiak, Neil↗
Atom-specific activation in CO oxidation
Here, we report on atom-specific activation of CO oxidation on Ru(0001) via resonant X-ray excitation. We show that resonant 1s core-level excitation of atomically adsorbed oxygen in the co-adsorbed phase of CO and oxygen directly drives CO oxidation. We separate this direct resonant channel from indirectly driven oxidation via X-ray induced substrate heating. Based on density functional theory calculations, we identify the valence-excited state created by the Auger decay as the driving electronic state for direct CO oxidation. We utilized the fresh-slice multi-pulse mode at the Linac Coherent Light Source that provided time-overlapped and 30 fs delayed pairs of soft X-ray pulses and discuss the prospects of femtosecond X-ray pump X-ray spectroscopy probe, as well as X-ray two-pulse correlation measurements for fundamental investigations of chemical reactions via selective X-ray excitation.
74 ATOMIC AND MOLECULAR PHYSICS↗