Abstract
Abstract Radiative lifetimes of 8p2P3/1 (15.3 ns) and nf2F (7f2F5/2 - 24.7 m. 7f2F7/2 - 5.5 ns, 8f2F7/2 - 48.5 ns, 8f2F5/2 - 47.0 ns) levels of Hg+ have been measured employing delayed coincidence method. The dependencies of radiative lifetimes vs effective principal quantum number for np2P3/2 and np2F7/2 series are non linear.
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