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Berry-Phase in the Stark-Zeeman-Effect of 2P3/2 - levels

Thomas Heubrandtner, E. Rößl, B. Schnizer, Maurizio E. Musso, Laurentius Windholz

Published Jan 1, 1999• 0 citations
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Abstract The level-crossing-method has been used for an investigation of the hyperfine structure of the first excited 3 2P3/2-state of sodium applying an additional electric field parallel to the usual mag. netic field. By means of a detailed analysis of the measured change in intensity of the scattered fluorescence light due to the electric field the constant β of the quadratic Stark-effect of the 3 2P3/2-state of sodium was deduced to be β= (10.8± 1.2) kc/s·(kV/cm)2. The experimental result will be discussed with respect to a determination of upper and lower limits for oscillator strengths of transitions between the 3 2P3/2-state and S-states in the sodium spectrum.