$\alpha$-decay properties of ${}^{296}118$ from double-folding potentials

Abstract

$\alpha$-decay properties of the yet unknown nucleus ${}^{296}$118 are predicted using the systematic behavior of parameters of $\alpha$-nucleus double-folding potentials. The results are $Q_{\alpha }=11.655\pm 0.095$ MeV and $T_{1/2}=0.825$ ms with an uncertainty of about a factor of 4.

4 pages, 4 figures, Phys. Rev. C, accepted as Rapid Communication

References in corpus (4)

• Surface diffuseness correction in global mass formula
• Half-lives of $\alpha$ decay from natural nuclides and from superheavy elements
• Feasibility of observing the α decay chains from isotopes of SHN with Z = 128, Z = 126, Z = 124 and Z = 122
• Signature of the N=126 shell closure in dwell times of alpha-particle tunneling

Cited by in corpus (6)

• $\alpha$-cluster states in ${}^{46,54}$Cr from double-folding potentials
• Influence of the Pauli exclusion principle on the alpha decay
• Manifestation of deformation and nonlocality in $\alpha$ and cluster decay
• Theoretical study on favored alpha-decay half-lives of deformed nuclei
• Nuclear energy density functional and the nuclear alpha decay
• Structural and decay properties of nuclei appearing in the $\alpha$-decay chains of ${}^{296,298,300,302,304}$120 within the relativistic mean-field formalism