A.K. Singh

TL;DR: In this article, the doubly odd 138Pm nucleus was investigated using the 115In(28Si, 2p3n)138Pm reaction at a beam energy of 145 MeV, and the experimental level properties have been compared to theoretical calculations performed within the Particle Rotor Model (PRM) with axial core and cranked shell model.

TL;DR: The high spin structure in the nucleus of the nucleus has been studied using the reaction at a beam energy of 75 MeV as discussed by the authors, and a number of levels have been proposed extending the energy scheme up to about 7.6 MeV. Most of the levels known from earlier experiments have been confirmed and the spin parity assignments of a few of them have been verified.

TL;DR: In this article, excited states of 68Ga have been investigated through the 55Mn(16O, 2pn) reaction at projectile energy 55 MeV and the level scheme has been extended up to 7.8 MeV.

TL;DR: In this article, a spectroscopic study of 112Sb has been carried out using the 103Rh(12C,3n) reaction, where the low energy excited levels are interpreted in terms of two-quasiparticle configurations arising from the proton and neutron motion in the πg 7 2, πd 5 2, νg 7, 2 and νh 11 2 shell model orbitals.

TL;DR: In this paper, the normal and the intruder 2p-2h bands in even {sup 112{minus}118}Sn isotopes have been studied through configuration mixing calculation in the framework of IBM-2.