Using Fourier transform spectra, absolute line parameters (positions, Lambda splittings, and intensities) have been measured in the two allowed subbands 2Pi1/2-2Pi1/2 and 2Pi3/2-2Pi3/2 of the 2 <-- 0 vibrational band of the 14N16O molecule. These line parameters have been compared with previous expe
Λ-Splittings and Line Intensities in the 2 ← 1 Hot Band of Nitric Oxide
✍ Scribed by V. Dana; J.Y. Mandin; L.H. Coudert; M. Badaoui; F. Leroy; G. Guelachvili; L.S. Rothman
- Publisher
- Elsevier Science
- Year
- 1994
- Tongue
- English
- Weight
- 679 KB
- Volume
- 165
- Category
- Article
- ISSN
- 0022-2852
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📜 SIMILAR VOLUMES
Intensities and Lambda-splittings have been measured for lines belonging to the 3 <-- 1 hot band of 14N16O. The vibrational transition moment and the Herman-Wallis coefficient have been determined. Hamiltonian constants have been calculated for the four vibrational states v = 0, 1, 2, and 3, and a s
A high resolution infrared study of the R(15/2) vibration-rotation transition in 14N'6C has been performed using a narro\v lincwidth (= 1 IMHz) tunable PbSSe semiconductor laser. Small splittings due to A-type doubling and the Zecman effect have been fully resolved (resolution = 5 X IO'), limited on
High resolution Fourier transform absorption spectra of the 14 N 16 O 2 molecule recorded in the 2630-3510 cm 01 spectral region have been analysed and lines of the n 1 / n 3 band of this molecule have been assigned for K a values ranging from 0 to 10 and N values up to 55. The spin-rotation energy
Using Fourier transform spectra, absolute line positions and intensities have been measured in the \({ }^{2} \Pi_{1 / 2}{ }^{2} \Pi_{3 / 2}\) and \({ }^{2} \Pi_{3 / 2}{ }^{2} \Pi_{1 / 2}\) forbidden subbands of the vibrational \(1 \leftarrow 0\) fundamental band of nitric oxide. To retrieve accurate