The 3000–3400 Å absorption of sulfur dioxide

Measurements of High-, Room-, and Low-Temperature Photoabsorption Cross Sections of SO2 in the 2080- to 2950-Å Region, with Application to Io

“…There is medium strength absorption from 2500 to 3400Å which is usually attributed to theB 1 B 1 -X 1 A 1 electronic transition. It has complex vibrational and rotational structures (Brand and Nanes 1973, Brand and Srikameswaran 1972, Brand et al 1976a,b, Duchesne and Rosen 1947, Hamada and Merer 1974, 1975, Herzberg 1966, Price and Simpson 1938 (Hillier and Saunders 1971, Brand et al 1976b, Kullmer and Demtroder 1984, 1985, 1986. Finally, there is a strong absorption band system, beginning near 2350Å and continuing below 2000Å , which has been assigned as theC 1 B 2 -X 1 A 1 electronic transition.…”

Excited state dynamics in SO2. I. Bound state relaxation studied by time-resolved photoelectron-photoion coincidence spectroscopy

“…[73][74][75][76] This state has been shown to have a lifetime in excess of 8 ms 10,77 and is expected to survive well beyond the pump-probe delays implemented in these experiments. The (ã) 3 Table I and Fig.…”

“…Electronic term energies for the states associated with the profile are noted on the spectrum. 5,10,12,22,74,76,103,104 For the (B) 1 B 1 state, the spectroscopic origin is not welldefined. The energetic range over which the term energy has been reported is denoted on the main panel by the gray overlay.…”

High-Resolution Spectroscopy of Jet-Cooled 32SO2 and 34SO2: The ã3B1–X1A1, 210 and 110 Bands

“…Strong absorption of sulfur dioxide in the wavelength region 300 -330 nm is assigned to the band systems B 1 B 1 and à 1 A 2 -X 1 A 1 (1)(2)(3)(4)(5)(6). At longer wavelengths, bands with intensity about 0.001 times as strong as those systems were assigned by Merer (7) to the transition ã 3 B 1 -X 1 A 1 .…”