Investigation of the system TeSn by the combined hyperfine interaction method

The g-factors of isomeric states in127, 128Xe

“…Finally, the g-factor of the 7/2 + state also fits nicely in the systematics of g-factors for this region. The corresponding state has a g-factor of +0.264(10) in 125Xe [20], +0.225(4) in 123Te [9] and +0.21 in 121Te [21].…”

“…The g7/2 neutron orbital, being at least two units of angular momentum away from the sl/2, d3/2 and h 11/2 states, thus appears as an isomer. Taking advantage of the suitable lifetimes of these isomers, the g-factor of several 7/2 + states in Sn, Te and Xe isotopes [7][8][9][10] * On leave of absence from Department of Physics, University of Jyv~iskyl~i, SF-40100 Jyv~iskyl~i, Finland ** Bantrell Fellow. Present address: Weizmann Institute of Nuclear Physics, Rehovol, Israel have been measured and the values have shown that the structure of these isomers can be explained by an effective Vg7/2 quasiparticle configuration.…”

Electromagnetic moment investigation of two short-lived isomeric states in118Sb

“…For a dominant electric quadrupole interaction, the Larmor oscillations are practically not observed, while for an electric quadrupole interaction weak compared with the magnetic interaction, COL~ICO0_ (decoupling case), they are confined to a decreasing amplitude by an envelope which contains the information about the average quadrupole interaction strength Ell]. The combined interaction method in the decoupling case has been successfully applied in the quadrupole interaction investigations of some short-lived isomeric states [12,13].…”