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INFRARED ABSORPTION SPECTROSCOPY OF $C_{n}S (n=1-9)$ AND $SC_{n}S (n=1-9)$ LINEAR CARBON-SULFUR CLUSTERS

Please use this identifier to cite or link to this item: http://hdl.handle.net/1811/19116

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Title: INFRARED ABSORPTION SPECTROSCOPY OF $C_{n}S (n=1-9)$ AND $SC_{n}S (n=1-9)$ LINEAR CARBON-SULFUR CLUSTERS
Creators: Szczepanski, J.; Hodyss, Robert; Vala, Martin
Issue Date: 1998
Abstract: Small linear carbon-sulfur clusters have been generated by laser ablation of a pellet of mixed $^{12/13}C$ and $^{32}S$ and trapped on 12K cryostat window with Ar gas access. Isotopically-labelled Fourier transform infrared absorption spectra $(0.25cm^{-1}$ resolution) were obtained for many carbon-sulfur clusters. Using a B3LYP/6-$311G^{\ast}$ density functional approach, theoretical calculations were performed to support the experimental band assignments for the asymmetric stretching modes of the $C_{n}S$ and $SC_{n}S$ clusters. The band assignment analysis for the $C_{4}S$ and $C_{7}S$ clusters will be presented.
URI: http://hdl.handle.net/1811/19116
Other Identifiers: 1998-TJ-04
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