The magnetic-dipole hyperfine-structure (hfs) constants for 15 levels of the 5p26p configuration of Te II were recently observed. To carry out the theoretical analysis of these experimental data, the intermediate coupling coefficients for all 21 levels belonging to 5p26p were calculated. The theoretical gJ factors show good agreement with the experimental values known from Zeeman-effect data. The hyperfine-structure analysis was performed by the effective-operator formalism. On the basis of the experimentally determined A hfs constants the values of the effective radial parameters aksk1 have been obtained in two versions: in version 1 we have taken into consideration all 15 known A values; in version 2 the A constant for the 111°5/2 level was eliminated. The following values for the hfs parameters akSk1 in these two versions were obtained: a5p01 = -107.7 and -108.8 mK, a5p12 = -170.3 and -151.9 mK, a5p10 = 1.1 and 1.9 mK, a6p01 = -21.8 and -10.9 mK, a5p12 = -6.2 and -29.5 mK, a6p12 = 1.5 and -6.7 mK, respectively.
© 1982 Optical Society of America
L. Augustyniak, K. Werel, and Nissan Spector, "Effective-operator interpretation of the hyperfine structure in the 5p26p configuration of 52125Te II," J. Opt. Soc. Am. 72, 493-498 (1982)