g-Factors of high-spin isomers in 194Hg and 196Hg

Gyromagnetic ratios of the 4+ and 6+ rotational states of184W

“…In the quasi-rotational bands of the oblate even mercury nuclei, however, a strong backbending reduces the spacing of the states with spin 8 +, 10 + and 12 + so much that the low transition energies lead to lifetimes of the t0 + and 12 + states in the nanosecond region. Small negative gfactors have been observed [14,15] for these states in agreement with the expectation for an aligned i~3/2 neutron pair.…”

Nuclear g factors and structure of high-spin isomers in 190,192,194Pt and 196,198Hg

“…The g factors of most of these isomers have been measured in the mercury nuclei [1][2][3][4]. They have helped to establish the structure of the isomeric levels even when the experimental precision is poor.…”

Coupling of one and two quasiparticles to a Bohr-Mottelson core in195,196,197,198Hg

“…Here Jk denotes the moment of inertia corresponding to the principal axes k and co k is the rotation frequency around the k axes. Va~ f is the deformation potential energy and B~j(i,j= [3,7 ) denote the so-called mass parameters. In Refs.…”

“…states are (h~i/2) 2 protons and " 2 (t~3/2) neutrons. The recent measurements of the gyromagnetic factors [3,4] for 10~ indicate that the two neutron q.p. state is energetically preferred.…”