Abstract
Pure quadrupole transitions of the iodine nucleus in CH 2DI have been measured by laser-radio frequency double resonance, and analyzed to yield quadrupole coupling constants in the ground, v 6 = 1 and v 3 = 2 states. The corresponding infrared spectra, which were required in order to make assignments, have also been analyzed using Fourier transform data at a resolution of about 0.05 cm −1.
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