The preformation probability of alpha cluster in the even-even actinide nuclei was determined using the cluster-formation model. The actinides chosen were with high and low intensity of alpha-decay mode. The results showed well production of preformation probability, which had consistence with other even-even heavy alpha-decay nuclei. Actinides have alpha cluster preformation before the emission as the heavy nuclei. The behavior of the preformation probability indicated new submagic shell at N = 142 and 146 and clearly confirmed those of N = 126 and 152. Keywords: Preformation factor, Alpha preformation probability, Alpha decay, Actinides and cluster-formation mode
We study the possibility to use the cluster-daughter overlap as a new probe of alpha-cluster formati...
Within the preformed cluster model approach, the values of the preformation factors have been deduce...
In this work we suggest some methods based on the statistical and knock-on models, for evaluation of...
The preformation probability of alpha cluster in the even-even actinide nuclei was determined using ...
The success of the cluster formation model (CFM) in deriving an energy-dependent formula for the pre...
International audienceExperimental lifetimes and branching ratios for the alpha-decay of even-even a...
Various cluster radioactivities of heavy nuclei have been investigated by using the unified fission ...
The study of nuclear states built on clusters bound by valence neutrons in their molecular configur...
The $\alpha$ particle preformation in the even-even nuclei from $^{108}$Te to $^{294}$118 and the pe...
A general interacting boson model of clustering in nuclei is presented. The model is then specialize...
The study of nuclear states built on clusters bound by valence neutrons in their molecular configura...
The study of nuclear states built on clusters bound by valence neutrons in their molecular configura...
The study of nuclear states built on clusters bound by valence neutrons in their molecular configur...
The clustering exciton model of Iwamoto and Harada is applied to the analysis of pre-equilibrium (N,...
The influence of different nuclear surface energy coefficients of the proximity potential in cluster...
We study the possibility to use the cluster-daughter overlap as a new probe of alpha-cluster formati...
Within the preformed cluster model approach, the values of the preformation factors have been deduce...
In this work we suggest some methods based on the statistical and knock-on models, for evaluation of...
The preformation probability of alpha cluster in the even-even actinide nuclei was determined using ...
The success of the cluster formation model (CFM) in deriving an energy-dependent formula for the pre...
International audienceExperimental lifetimes and branching ratios for the alpha-decay of even-even a...
Various cluster radioactivities of heavy nuclei have been investigated by using the unified fission ...
The study of nuclear states built on clusters bound by valence neutrons in their molecular configur...
The $\alpha$ particle preformation in the even-even nuclei from $^{108}$Te to $^{294}$118 and the pe...
A general interacting boson model of clustering in nuclei is presented. The model is then specialize...
The study of nuclear states built on clusters bound by valence neutrons in their molecular configura...
The study of nuclear states built on clusters bound by valence neutrons in their molecular configura...
The study of nuclear states built on clusters bound by valence neutrons in their molecular configur...
The clustering exciton model of Iwamoto and Harada is applied to the analysis of pre-equilibrium (N,...
The influence of different nuclear surface energy coefficients of the proximity potential in cluster...
We study the possibility to use the cluster-daughter overlap as a new probe of alpha-cluster formati...
Within the preformed cluster model approach, the values of the preformation factors have been deduce...
In this work we suggest some methods based on the statistical and knock-on models, for evaluation of...