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Title:Microwave spectroscopy and structure determination of H2S − MI (M=Cu,Ag,Au)
Author(s):Medcraft, Chris
Contributor(s):Walker, Nick; Legon, Anthony
Subject(s):Chirped pulse
Abstract:A series of hydrogen sulphide-metal iodide complexes (\chem{H_2S}-MI, M$=$Cu, Ag and Au) have been measured via chirped pulse Fourier transform microwave spectroscopy between 7.5-18 GHz. The complexes were generated in a supersonic expansion via laser ablation of the metal and decomposition of CF$_3$I. Experimental structures were obtained by least squares fitting of structural parameters to the rotational constants of deuterium and metal ($^{63}$Cu / $^{65}$Cu and $^{107}$Ag / $^{109}$Ag) isotopologues. Interestingly K$_{-1}$=1 transitions were observed in the spectra containing D$_2$S, these were not observed in previous studies of similar molecules (H$_2$S-MCl). This allowed for the determination of an extra rotational constant and, consequently, extra structural information could be obtained. The structures are compared to high level coupled cluster theory calculations.
Issue Date:2016-06-24
Publisher:International Symposium on Molecular Spectroscopy
Genre:Conference Paper / Presentation
Rights Information:Copyright 2016 by the authors
Date Available in IDEALS:2017-01-26

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