From a low-resolution spectrum of the AO+ -+X0+ emission of BiF, in which bandheads were clearly visible but the rotational structure remained unresolved, we have extended the potential energy curves for the X and A states up to v= 36 and 25 respectively. From intensity data, we observe the pattern
The spectra and structure of indium iodide: Potential energy curves and dissociation energies of the X 0+, A 0+, and B 1 states
โ Scribed by Sarma N. Vempati; William E. Jones
- Publisher
- Elsevier Science
- Year
- 1988
- Tongue
- English
- Weight
- 501 KB
- Volume
- 127
- Category
- Article
- ISSN
- 0022-2852
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The potentials for the X '2' and O+ states of NaI are determined in analytical form by a numerical optimization procedure. The accuracy of the optimum potentials is demonstrated by direct comparison of the calculated term energies and rotational constants with the measured values, as well as by asse
We present an analysis of the A0 + (6 3 P 1 ) โ X 0 + (6 1 S 0 ) bound-bound and bound-free fluorescence spectrums and of the A0 + (6 3 P 1 ) โ X 0 + (6 1 S 0 ) and B1(6 3 P 1 ) โ X 0 + (6 1 S 0 ) bound-bound excitation spectrum of the HgKr van der Waals molecule. The A โ X fluorescence spectrum, wh