The high-resolution infrared spectra of the lowest fundamental bands n 3 and n 6 of 12 CD 3 I and 13 CD 3 I have been measured using a Fourier transform spectrometer. The bands are analyzed on one hand by taking into account the Coriolis resonance n 3 /n 6 and on the other hand without this Coriolis
Infrared dephasing of degenerate fundamentals: The ν6 mode of liquid CD3I
✍ Scribed by Walter G. Rothschild; Janine Soussen-Jacob; Josette Vincent-Geisse
- Publisher
- Elsevier Science
- Year
- 1983
- Tongue
- English
- Weight
- 324 KB
- Volume
- 96
- Category
- Article
- ISSN
- 0009-2614
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✦ Synopsis
A model of vibrational dephasing with motional narrowing by the libratiomd motions of the molecules in their cages is tested on the esampfc of the ~6 degenerate infrared fundamental of liquid CD31 at room temperature.
📜 SIMILAR VOLUMES
The high resolution infrared spectra of 12 CD 3 I and 13 CD 3 I molecules have been measured in the region of the CD 3 deformation bands n 2 and n 5 using a Fourier transform spectrometer. The coupled band system n 2 , n 5 , and 2n 3 has been analyzed by taking into account the Coriolis resonances n
The ν 5 fundamental (C-C stretching) of CH 3 CD 3 shows a resolved torsional structure, caused by perturbations due mainly to the linear dependence of the torsional potential barrier on the normal coordinate Q 5 . We were able to analyze this structure and to assign vibration-rotation transition wav
Submillimeter wave rotational spectra of the vibrational states n 2 (A 1 ), n 3 (A 1 ), n 5 (E), and n 6 (E) in 12 CD 3 F and 13 CD 3 F have been recorded and assigned. The new data with previously published high resolution infrared spectra have been used to determine the excited state rotational pa