Ultraviolet photoabsorption in the B³Σ⁻—X³Σ⁻ and C³Π—X³Σ⁻ band systems of SO sulphur isotopologues

Data associated with "Ultraviolet photoabsorption in the B³Σ⁻—X³Σ⁻ and C³Π—X³Σ⁻ band systems of SO sulphur isotopologues"

• experimental_spectrum_*: Raw experimental spectrum.
• experimental_vibrational_levels: A list of fitted band-by-band or assumed molecular parameters for all electronic-vibrational levels contributing to the measured spectra.
• experimental_vibrational_linewidths: A list of fitted band-by-band or assumed linewidths for electronic-vibrational levels contributing to the measured spectra.
• experimental_vibrational_spin_orbit_interactions: A list of fitted band-by-band or assumed spin-orbit interactions mixing B- and C-state electronic-vibrational levels.
• experimental_vibrational_transition_moments: A list of fitted band-by-band or assumed transition moments for all electronic-vibrational transitions contributing to the measured spectra.
• experimental_lines: A list of line frequencies, intensities and widths fitted band-by-band to the measured spectra.
• experimental_rotational_levels: A list of level energies and natural linewidths fitted band-by-band to the measured spectra.
• experimental_unassigned_lines: Unassigned lines attributed to ³³S¹⁶O C(4)—X(0).
• model_lines: A list of line frequencies and intensities computed from the global electronic-state model.
• hybrid_lines: A list of line frequencies, intensities, widths, and upper-level nonradiative decay probabilities that combines data from lines fitted band-by-band to the experimental spectra and computed from a global electronic-state model.
• potential_energy_curve_B: Potential-energy curve of a diabatic B-state fitted as part of a global electronic-state model.
• potential_energy_curve_C: Potential-energy curve of a diabatic C-state fitted as part of a global electronic-state model.
• potential_energy_curve_X: Potential-energy curve of the X ground state computed by the RKR method from data in Lattanzi, Cazzoli, and Puzzarini (Astrophy. J. 2015, 813:4).