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The superheavy nucleus 256Rf, where rotational band and multi-quasiparticle isomer have been observed recently, has been investigated using total Routhian surface calculations and configuration-constrained calculations of potential energy surface, with the inclusion of β6 deformation. The experimental moment of inertial is well reproduced, indicating that the alignment is delayed due to the β6 deformation...
Abstact It has been found that high-order deformation (e.g. β6) can have important effects on the structures of superheavy nuclei. In the present work, we investigate octupole deformation effects on superheavy nuclei with an improved potential-energy-surface (PES) calculation by including reflection-asymmetric deformations in a space of (β2, β3, β4, β5). The calculations give various deformations...
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