The decay of 291115* formed in 243Am+48Ca reaction is studied using the dynamical cluster-decay model (DCM), including the possible effect of deformations. A comparative study of spherical and β2-static deformed choices of fragmentation is made for the 2n evaporation residue (ER) of the compound nucleus (CN) 291115*. The heavier neutron clusters 3n and 4n could be fitted only after the inclusion of deformation effect in DCM. Symmetric fission is observed for the spherical approach, which changes to asymmetric one with inclusion of deformation effect. Also, a comparative analysis between spherical and deformed (β2) cases of observed α-decay chains shows that the magnitude of penetration probability gets enhanced whereas preformation factor d...
Based on the preformed cluster model (PCM), we have extended our earlier study on cluster decays of ...
The possibility of heavy particle radioactivity (heavier clusters) in ground state decays of 287−289...
The fission decay analysis of 201Bi*, 206Po*, 212Rn*, 216Ra*, 227Pa* and 228U* nuclei produced in 19...
In reference to the experimental data, the decay mechanism of 88Mo* compound system formed in 48Ti+4...
In this paper, we are interested to study the distinguishing features of the decaying radioactive co...
In reference to the experimental data, the decay mechanism of 88Mo* compound system formed in 48Ti+4...
The dynamical cluster-decay model (DCM) is used to calculate the fusion evaporation residue cross-se...
We have studied the entrance channel effects in the decay of Compound nucleus 240Cf* formed in 34S+2...
The dynamical cluster-decay model (DCM) has been applied to study the decay of the 112Xe* compound n...
The target-like C-yield in the decay of compound systems 32S* and 31P* formed in 20Ne+12C and 19F+12...
The dynamical cluster-decay model (DCM) is used to calculate the fusion evaporation residue cross-se...
The dynamical cluster-decay model (DCM) of Gupta and collaborators has been applied successfully to ...
Abstract. The target-like C-yield in the decay of compound systems 32S ∗ and 31P ∗ formed in 20Ne+12...
The target-like C-yield in the decay of compound systems 32S* and 31P* formed in 20Ne+12C and 19F+12...
The excitation functions for both the evaporation residue and fission have been calculated for 10B +...
Based on the preformed cluster model (PCM), we have extended our earlier study on cluster decays of ...
The possibility of heavy particle radioactivity (heavier clusters) in ground state decays of 287−289...
The fission decay analysis of 201Bi*, 206Po*, 212Rn*, 216Ra*, 227Pa* and 228U* nuclei produced in 19...
In reference to the experimental data, the decay mechanism of 88Mo* compound system formed in 48Ti+4...
In this paper, we are interested to study the distinguishing features of the decaying radioactive co...
In reference to the experimental data, the decay mechanism of 88Mo* compound system formed in 48Ti+4...
The dynamical cluster-decay model (DCM) is used to calculate the fusion evaporation residue cross-se...
We have studied the entrance channel effects in the decay of Compound nucleus 240Cf* formed in 34S+2...
The dynamical cluster-decay model (DCM) has been applied to study the decay of the 112Xe* compound n...
The target-like C-yield in the decay of compound systems 32S* and 31P* formed in 20Ne+12C and 19F+12...
The dynamical cluster-decay model (DCM) is used to calculate the fusion evaporation residue cross-se...
The dynamical cluster-decay model (DCM) of Gupta and collaborators has been applied successfully to ...
Abstract. The target-like C-yield in the decay of compound systems 32S ∗ and 31P ∗ formed in 20Ne+12...
The target-like C-yield in the decay of compound systems 32S* and 31P* formed in 20Ne+12C and 19F+12...
The excitation functions for both the evaporation residue and fission have been calculated for 10B +...
Based on the preformed cluster model (PCM), we have extended our earlier study on cluster decays of ...
The possibility of heavy particle radioactivity (heavier clusters) in ground state decays of 287−289...
The fission decay analysis of 201Bi*, 206Po*, 212Rn*, 216Ra*, 227Pa* and 228U* nuclei produced in 19...