Hot-band multiphoton absorption in SF6
- 10 August 1984
- journal article
- research article
- Published by Taylor & Francis in Molecular Physics
- Vol. 52 (5) , 1017-1027
- https://doi.org/10.1080/00268978400101741
Abstract
Calculations have been carried out to investigate the differences between multiphoton absorption in SF6 from the ground vibrational state and low-lying bending-mode states, using currently available estimates of the intermode mixing parameters G 3n , S 3n and T 3n . It is shown that in addition to being anharmonically shifted, the multiphoton absorption spectrum from the v 4 state is anharmonically broadened and shows less pronounced structure than the equivalent absorption spectrum from the ground state.Keywords
This publication has 34 references indexed in Scilit:
- Diode laser study of IR multiphoton-induced depletion of rotational sublevels of the ground vibrational state of SF6 molecules cooled in a pulsed free jetOptics Communications, 1983
- Spectral characteristics of the excitation of SF6molecules by an intense infrared laser field under strong cooling conditionsSoviet Journal of Quantum Electronics, 1983
- Dissociation of SF6molecules in an infrared laser field under gasdynamic cooling conditionsSoviet Journal of Quantum Electronics, 1983
- Predictions of multiphoton resonances in SF6 and SiF4Optics Communications, 1983
- Multiphoton absorption spectra of SF6 at low temperaturesOptics Communications, 1982
- Breakdown of the Point-Group Symmetry of Vibration-Rotation States and Optical Observation of Ground-State Octahedral Splittings ofUsing Saturation SpectroscopyPhysical Review Letters, 1980
- Spectral characteristics of the SF6 molecules excitation by a strong IR laser field at continuously tuned radiation frequencyOptics Communications, 1979
- Vibrational constants and force field of sulfur hexafluorideThe Journal of Physical Chemistry, 1976
- Nouvelle interprétation de la bande νs de 12CH 4, de 2 840 à 3 167 cm -1Journal de Physique, 1973
- On the Asymmetrical Top in Quantum MechanicsPhysical Review B, 1929