Extracting single-particle information for the superheavy mass region by studying excited structure in transfermium nuclei

High-K multi-particle bands and pairing reduction in 254No *

“…This behavior can be explained by the pairing correlations, angular momentum alignment and Pauli blocking effect. In terms of theoretical investigations, most spectroscopic studies of focused on the properties of the yrast band [16,[20][21][22][23][24][25][26][27][28][29][30][31][32][33][34][35][36]. The strength of the pairing correlations in the region and its influence on MoI of GSB were compared with the lighter nuclear system in Refs.…”

“…The strength of the pairing correlations in the region and its influence on MoI of GSB were compared with the lighter nuclear system in Refs. [32,35]. As for the observed high-K multi-particle states, few theoretical studies have been carried out.…”

In-beamγ-ray spectroscopy ofCf248,250,252by neutron-transfer reactions using a Cf target

“…At higher-spin states, effects of rotation alignment originating from high-j orbitals, such as πi 13/2 , νj 15/2 , and νk 17/2 , should appear. Sun [26] predicted that a band crossing occurs around I = 24. By measuring higher-spin states, we could obtain information regarding single-particle energies of high-j orbitals.…”