The spectroscopy of the %~( 4 3P, 4 'P) state in Zn2 was studied by pump and probe methods with time resolution. Structured excitation and fluorescence spectra that were observed in the 266-277 nm region, are assigned as due to 3Xl(4 3P, 4 'P)a: (4 "P, 4 'S) vibronic transitions. Vibrational analysi
Laser spectroscopy of the 3Σ+u(4 3P, 4 3P) state of Zn2
✍ Scribed by W. Kedzierski; J.B. Atkinson; L. Krause
- Publisher
- Elsevier Science
- Year
- 1992
- Tongue
- English
- Weight
- 450 KB
- Volume
- 200
- Category
- Article
- ISSN
- 0009-2614
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✦ Synopsis
The doubly-excited '8: (4 'P, 4 'P ) state of Zn2 was populated using pump and probe methods with time resolution. Structured excitation and fluorescence spectra were observed in the 300-330 nm region and are ascribed to ?5: (4 'P, 4 3P)++31Ts (4 'P) vibronic transitions, with partial resolution of the tine structure. An analysis of the spectra yielded the vibrational frequencies, relative energy, and relative equilibrium internuclear separations for the %: and %x states. The Znz excitation and fluorescence spectra contained a number of atomic lines whose origin was probed in a subsidiary experiment.
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