The pure rotational spectra of SrSH (X̃ 2A′) and SrS (X 1∑+): Further studies in alkaline-earth bonding
D. T. Halfen, A. J. Apponi, J. M. Thompsen, L. M. Ziurys
Millimeter/submillimeter-wave direct absorption techinques were used to measure the pure rotational spectrum of the SrSH radical in its ground electronic and vibrational states. The study of thirteen transitions of SrS in each of its ground, first and second states was also presented. Spectroscopic parameters were determined for all three species, including spin-rotation terms for the strontium hydrosulfides by analyzing the data.
Journal of Chemical Physics
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Hydrosulfide Chemical Compounds 100%
Rotational Spectrum Chemical Compounds 86%
Vibrational State Chemical Compounds 86%
submillimeter waves Physics & Astronomy 86%
rotational spectra Physics & Astronomy 83%
strontium Physics & Astronomy 73%
vibrational states Physics & Astronomy 72%
Alkaline Earth Metal Chemical Compounds 67%
Halfen, D. T., Apponi, A. J., Thompsen, J. M., & Ziurys, L. M. (2001). The pure rotational spectra of SrSH (X̃ 2A′) and SrS (X 1∑+): Further studies in alkaline-earth bonding. Journal of Chemical Physics, 115(24), 11131-11138. https://doi.org/10.1063/1.1419060
The pure rotational spectra of SrSH (X̃ 2A′) and SrS (X 1∑+) : Further studies in alkaline-earth bonding. / Halfen, D. T.; Apponi, A. J.; Thompsen, J. M.; Ziurys, L. M.
In: Journal of Chemical Physics, Vol. 115, No. 24, 22.12.2001, p. 11131-11138.
Halfen, DT, Apponi, AJ, Thompsen, JM & Ziurys, LM 2001, 'The pure rotational spectra of SrSH (X̃ 2A′) and SrS (X 1∑+): Further studies in alkaline-earth bonding', Journal of Chemical Physics, vol. 115, no. 24, pp. 11131-11138. https://doi.org/10.1063/1.1419060
Halfen DT, Apponi AJ, Thompsen JM, Ziurys LM. The pure rotational spectra of SrSH (X̃ 2A′) and SrS (X 1∑+): Further studies in alkaline-earth bonding. Journal of Chemical Physics. 2001 Dec 22;115(24):11131-11138. https://doi.org/10.1063/1.1419060
Halfen, D. T. ; Apponi, A. J. ; Thompsen, J. M. ; Ziurys, L. M. / The pure rotational spectra of SrSH (X̃ 2A′) and SrS (X 1∑+) : Further studies in alkaline-earth bonding. In: Journal of Chemical Physics. 2001 ; Vol. 115, No. 24. pp. 11131-11138.
@article{41b39df98e1a46f49db9c53b78b60039,
title = "The pure rotational spectra of SrSH ({\~X} 2A′) and SrS (X 1∑+): Further studies in alkaline-earth bonding",
abstract = "Millimeter/submillimeter-wave direct absorption techinques were used to measure the pure rotational spectrum of the SrSH radical in its ground electronic and vibrational states. The study of thirteen transitions of SrS in each of its ground, first and second states was also presented. Spectroscopic parameters were determined for all three species, including spin-rotation terms for the strontium hydrosulfides by analyzing the data.",
author = "Halfen, {D. T.} and Apponi, {A. J.} and Thompsen, {J. M.} and Ziurys, {L. M.}",
journal = "Journal of Chemical Physics",
T1 - The pure rotational spectra of SrSH (X̃ 2A′) and SrS (X 1∑+)
T2 - Further studies in alkaline-earth bonding
AU - Halfen, D. T.
AU - Apponi, A. J.
AU - Thompsen, J. M.
AU - Ziurys, L. M.
N2 - Millimeter/submillimeter-wave direct absorption techinques were used to measure the pure rotational spectrum of the SrSH radical in its ground electronic and vibrational states. The study of thirteen transitions of SrS in each of its ground, first and second states was also presented. Spectroscopic parameters were determined for all three species, including spin-rotation terms for the strontium hydrosulfides by analyzing the data.
AB - Millimeter/submillimeter-wave direct absorption techinques were used to measure the pure rotational spectrum of the SrSH radical in its ground electronic and vibrational states. The study of thirteen transitions of SrS in each of its ground, first and second states was also presented. Spectroscopic parameters were determined for all three species, including spin-rotation terms for the strontium hydrosulfides by analyzing the data.
JO - Journal of Chemical Physics
JF - Journal of Chemical Physics