In the present work, based on the framework of the two-potential approach, we
systematically investigate the incompressibility of nuclear matter K from cluster radioactivity …

The α-and cluster-decay half-lives for the two superheavy nuclei (SHN) with Z= 121 and 122
have been calculated within the density-dependent cluster model. The α-nucleus potential …

Theoretical predictions on cluster radioactivity of superheavy nuclei with Z = 119, 120 -
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The fusion barrier distributions (BD) of 11 fusion reactions are investigated to understand the
role of orientation as a degree of freedom in the fusion mechanism involving deformed …

The nucleus-nucleus potentials evaluated in the double-folding and energy density
approximations with and without the contributions of the kinetic energy of the nucleons are …

In this study, α decay properties of yet unknown nuclei are investigated through the
systematic behavior of the parameters of α-nucleus double-folding (DF) potentials. To …

We investigated the effects of choosing the α-decay energy (Q α) and particular density
distributions of the daughter nuclei on predicting unknown magic numbers, or confirming …

Theoretical predictions of α-decay properties of several isotopes of the superheavy nucleus
of Z= 1 2 6 (3 1 8–3 2 7 1 2 6) and their consecutive α-decay chains are presented. Based …

This study investigates the probable heavy-cluster radioactivity from superheavy nuclei with
100≤ Z≤ 120 using the modified double-folding formalism by applying the Pauli exclusion …

We investigate the change of the neutron-skin thickness from parent to daughter nuclei
involved in the cluster decay process. The neutron-skin thickness is obtained using self …