Abstract
A newly recorded high-resolution infrared spectrum of hydrazine has been studied in the 729–1198 cm−1region (the ν12antisymmetric wagging band) with a resolution of 0.002 cm−1. About 1350 transitions withK′ from 7 to 13 have been newly assigned and about 2350 transitions with lower values ofK′ reanalyzed with the improved precision. The effective parameters have been calculated separately for each value ofK′ using the Hougen–Ohashi hamiltonian for hydrazine. The extended assignment completes the analysis of the ν12band of hydrazine.
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