Gas phase diatomic gold sulfide, AuS, was analyzed using optical spectroscopy. High-resolution spectra were collected and characterized and a global fit of the A2∑+-X2∏3/2 (0,0), B2∑–-X2∏3/2 (0,0), and C2Δ3/2-X2∏1/2 (0,0) transitions at 15570 cm-1, 16290 cm-1, and 17670 cm-1 was compiled and resulted in rotational constant determinations for the A2∑+((2σ)1(4π)4), B2∑–((2σ)2(4π)2(2σ*)1), and C2Δ3/2((2σ)2(4π)2(2σ*)1) upper states, as well as the for the X2∏3/2((2σ)2(4π)3) ground state. Hyperfine constants were determined for the A2∑+ and B2∑– states, but were too small to be resolved in our spectra for the C2Δ3/2 state and X2∏ ground state.
Wyse, Ian A.
"Rotational and Hyperfine Analysis of AuS,"
Macalester Journal of Physics and Astronomy:
1, Article 11.
Available at: http://digitalcommons.macalester.edu/mjpa/vol4/iss1/11