This paper reports for the first time both, an experimental observation and theoretical calculations of the K 2 4 3 D g state. For the experiment we used cw perturbation-facilitated optical-optical double resonance (PFOODR) spectroscopy. A single mode Tisapphire laser and a dye laser served as the p
Hyperfine structure of the f(0+g) state of iodine investigated through cw optical-optical double resonance
β Scribed by A.J. Bouvier; R. Bacis; A. Bouvier; M. Broyer; S. Churassy; J.P. Perrot
- Publisher
- Elsevier Science
- Year
- 1984
- Tongue
- English
- Weight
- 373 KB
- Volume
- 51
- Category
- Article
- ISSN
- 0030-4018
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π SIMILAR VOLUMES
The \(0_{g}^{+}\left({ }^{1} D\right)\) ion-pair state of \(\mathrm{I}_{2}\) has been analyzed by optical-optical double-resonance using the \(0_{g}^{+}\left({ }^{1} D\right)-B^{3} \Pi\left(0_{u}^{+}\right)-X^{1} \Sigma_{g}^{+}\)photoexcitation sequence. The analysis of the 374 transitions in the \(
A pump/probe microwave-optical double resonance experiment has been performed on calcium monohydroxide, \(\mathrm{CaOH}\), using the technique of laser ablation/supersonic expansion for production of the compound. Frequencies associated with the three lowest pure rotational transitions in the \((0,0