Abstract
In the linearly polarized radiation field of a 442 nm He-Cd laser containing a natural isotope mixture, saturation-induced mode-crossing signals of the 4d 95s 2 2 5/2 state of Cd II are observed due to the even as well as the odd isotopes.
The signal width of about 10−4 T yields high resolution. Thus the signal splitting respective to the magnetic quantum number can be resolved. Theg J - andg F -factors of the2 D 5/2 state are determined as follows:g J=1.1980±0.0036,g F(F=2)=1.397±0.008,g F(F=3)=1.002±0.009.
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We thank Prof. Dr. A. Scharmann for many helpful discussions and genereous support.
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Hermann, G., Abt, K.H. & Lasnitschka, G. Mode-crossing signals of high order on the 4d 95s 2 2 D 5/2 state of Cd II isotopes. Z Physik A 288, 113–118 (1978). https://doi.org/10.1007/BF01408639
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DOI: https://doi.org/10.1007/BF01408639