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Laser spectroscopy of U i using stepwise excitation and fluorescence detection
56
Citations
7
References
1979
Year
Localized Excited StateEngineeringU IMolecular BiologyElectronic Excited StatePhosphorescence ImagingOptical SpectroscopyPhotophysical PropertyBiophysicsSpectroscopic MethodStepwise ExcitationRegion 32PhysicsLaser SpectroscopyExcited State LifetimesAtomic Fluorescence SpectroscopyFluorescence DetectionExcited State PropertyNatural SciencesSpectroscopyApplied PhysicsFluorescence LinesPhosphorescence
We report 138 U i odd levels in the region 32 260–34 900 cm−1 and 16 even levels in the region 49500–49900 cm−1. These levels are reached by two- or three-step selective dye laser excitation, respectively, and detected by fluorescence to lower levels. J values are assigned by identifying decays to known lower levels. Unique J values are presented for 64 levels and partial assignment (two possibilities) for 42 levels. A transition array is given indicating 427 fluorescence lines observed in the blue-green region. The exponential time decay of the fluorescence intensity provides direct determination of excited state lifetimes. Radiative lifetimes of 135 levels are presented.
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