The 4550 Å band system of glyoxal. III. Vibration-rotational analyses for 11 bands of C2D2O2

DOI	Resolve DOI: https://doi.org/10.1139/p71-038
Author	Search for: Agar, D.M.; Search for: Bair, E.J.; Search for: Birss, F.W.; Search for: Borrell, P.; Search for: Chen, P.C.¹; Search for: Currie, G.N.¹; Search for: McHugh, A.J.; Search for: Orr, B.J.¹; Search for: Ramsay, D.A.¹; Search for: Roncin, J-Y.¹
Affiliation	National Research Council of Canada
Format	Text, Article
Abstract	Rotational analyses have been carried out for 11 bands of the 1Au–1Ag (π*–n) transition of glyoxal-d2 in absorption. Approximately 13 000 lines have been assigned, and rotational and vibrational constants determined by computer methods. The following vibrational frequencies have been determined: ν2′ = 1394.42 cm−1, ν4′ = 866.52 cm−1, ν5′ = 499.04 cm−1, ν7′ = 217.36 cm−1, ν5″ = 537.29 cm−1, and ν7″ = 117.98 cm−1. The bands are relatively free from perturbations with the exception of a Coriolis interaction involving the torsional vibration ν7(au) and the C—C=O bending vibration ν12(bu).
Publication date	1971
In	Canadian Journal of Physics 49, no. 3 (1971): 323–327.
Language	English
Peer reviewed	Yes
NRC number	NRCC 11664
NPARC number	21274936
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Record identifier	30a2d826-eb9c-4b0f-bb46-e5dfd5cbbc5b
Record created	2015-05-04
Record modified	2020-03-13