The influence of exact angular-momentum projection and configuration mixing on properties of a heavy, well-deformed nucleus is discussed for the example of 240Pu. Starting from a self-consistent model using Skyrme interactions, we analyze the resulting modifications of the deformation energy, the fission barrier height, the excitation energy of the superdeformed minimum associated with the fission isomer, the structure of the lowest rotational bands with normal deformation and superdeformation, and the corresponding quadrupole moments and transition moments. We present results obtained with the Skyrme interactions SLy4 and SLy6, which have slightly different surface tensions.SCOPUS: ar.jinfo:eu-repo/semantics/publishe
The superheavy nucleus (256)Rf, where rotational band and multi-quasiparticle isomer have been obser...
Abstract: Potential-energy surfaces of heavy nuclei in the Ra-Th region are calculated by the macros...
The restoration of the parity symmetry has been performed in the framework of the Highly Truncated D...
International audienceThe influence of exact angular-momentum projection and configuration mixing on...
Some figures may appear in colour only in the online journalThe potential energy surface of $^{240}$...
Using the pairing-deformation-frequency self-consistent total-Routhiansurface and configuration-cons...
Background: Deformation energy surfaces map how the total binding energy of a nuclear system depends...
Background: In the framework of nuclear energy density functional (EDF) methods, many nuclear phenom...
The dependence of the fission barrier of 240Pu on the parameters of an effective interaction of the ...
International audienceThe experimental determination of the total excitation energy, the total kinet...
We investigate the structure of the potential energy surfaces of the superheavy nuclei 258158Fm100, ...
The structure properties of the even-even nuclei $\chem{^{226, 228, 230, 232, 234}Th}$, $\chem{^{230...
We have used an axially symmetric deformed Thomas-Fermi model to evaluate the fission barrier of 240...
Eighty years after its experimental discovery, a description of induced nuclear fission based solely...
The superheavy nucleus (256)Rf, where rotational band and multi-quasiparticle isomer have been obser...
Abstract: Potential-energy surfaces of heavy nuclei in the Ra-Th region are calculated by the macros...
The restoration of the parity symmetry has been performed in the framework of the Highly Truncated D...
International audienceThe influence of exact angular-momentum projection and configuration mixing on...
Some figures may appear in colour only in the online journalThe potential energy surface of $^{240}$...
Using the pairing-deformation-frequency self-consistent total-Routhiansurface and configuration-cons...
Background: Deformation energy surfaces map how the total binding energy of a nuclear system depends...
Background: In the framework of nuclear energy density functional (EDF) methods, many nuclear phenom...
The dependence of the fission barrier of 240Pu on the parameters of an effective interaction of the ...
International audienceThe experimental determination of the total excitation energy, the total kinet...
We investigate the structure of the potential energy surfaces of the superheavy nuclei 258158Fm100, ...
The structure properties of the even-even nuclei $\chem{^{226, 228, 230, 232, 234}Th}$, $\chem{^{230...
We have used an axially symmetric deformed Thomas-Fermi model to evaluate the fission barrier of 240...
Eighty years after its experimental discovery, a description of induced nuclear fission based solely...
The superheavy nucleus (256)Rf, where rotational band and multi-quasiparticle isomer have been obser...
Abstract: Potential-energy surfaces of heavy nuclei in the Ra-Th region are calculated by the macros...
The restoration of the parity symmetry has been performed in the framework of the Highly Truncated D...