Abstract
Abstract
A Fabry–Perot interferometry was used to measure with a precision of about $$10^{-4}$$
10
-
4
the Landé factor values of the levels issued from the 5s5p, 5s6d, 5s6s and 5s7p configurations of cadmium. Fully relativistic MCDHF calculations taking into account Breit and QED effects were performed to interpret the results of the experiment performed on the cadmium isotope 114. In addition to the four experimental Landé $$g_J$$
g
J
values, new theoretical results for 12 levels are reported for the first time.
Graphic Abstract
Publisher
Springer Science and Business Media LLC