The thermal emission spectrum of the YbCl molecule, lying in the 3800 -6000 A Λregion, has been photographed for the first time at a reciprocal linear dispersion of 7.3 A Λ/mm. More than 196 violet degraded bands have been recorded on a 2-m plane grating spectrograph in first order and assigned to t
A New Band System of the YbF Molecule
β Scribed by K.N. Uttam; M.M. Joshi
- Publisher
- Elsevier Science
- Year
- 1995
- Tongue
- English
- Weight
- 157 KB
- Volume
- 174
- Category
- Article
- ISSN
- 0022-2852
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β¦ Synopsis
The thermal emission spectrum of the ytterbium monofluoride molecule has been photographed for the first time in the 3600-4600 A Λregion at 2300ΠC, at a reciprocal linear dispersion of 7.3 A Λ/mm. A total of 65 violet degraded bands have been recorded, out of which 55 are new. All these bands have been classified and assigned to the two systems C 2 P-X 2 S / and D 2 S / -X 2 S / of YbF. The C 2 P-X 2 S / system has been classified for the first time. Vibrational constants for the relevant states have been evaluated.
π SIMILAR VOLUMES
The thermal emission spectrum of the YBr molecule has been photographed in the region 4130-4750 A at a temperature about 2300degreesC using Saha's vacuum furnace at a dispersion of 3.5 A/mm on the C. Z. Ebert plane grating spectrograph. A total of 123 red-degraded bands have been recorded and assign
The five (0-0, 0-1, 0-2, 1-0, and 1-1) bands of the B 2 S 0 -X 2 P system of the CH radical have been recorded and analyzed using conventional spectroscopy. The 0-1 and 0-2 bands have been observed for the first time. The spectrum was photographed under high resolution and calibrated against Th line