The heavy-ion induced fission fragment angular distributions measured for systems with Th, U and Np as targets have revealed "anomalous" values of anisotropies at energies E≤VB (fusion barrier) and this feature is observed to be independent of the entrance channel mass-asymmetry. While this puzzling feature is exhibited by the deformed targets like Th, U and Np, most of the fission data measured for the spherical targets like Pb and Bi can be satisfactorily explained using the standard saddle point statistical model with moderate correction for pre-fission neutron emission. Plausible reasons for this anomalous behaviour are explored
Earlier calculations of fission fragment anisotropies made with the use of the standard saddle point...
The fission fragment angular distributions for the system 12C +232Th have been measured in the energ...
Fission fragment mass distributions of 191Au, a nucleus in the newly identified island of mass asymm...
Heavy-ion induced fission fragment angular distribution measurements performed in recent years have ...
The fission fragment angular distributions were measured at energies above the fusion barrier, for t...
Fission fragment angular distributions and fission excitation functions have been measured for 11B, ...
Systematic studies of heavy-ion induced fission reactions at near-barrier energies carried out in th...
The study of heavy-ion fusion and fission reactions at near-barrier energies continues to be a rich ...
The study of heavy-ion induced fission fragment angular distributions continues to be a source of ri...
Systematic studies of heavy-ion induced fission reactions at near-barrier energies carried out in th...
It is shown that when fusion is initiated at relatively larger distances due to the presence of rota...
It is shown that when fusion is initiated at relatively larger distances due to the presence of rota...
Fission fragment angular distributions have been measured for 14N+232Th,11B+235U and 16O+181Ta syste...
Fission-fragment angular distributions in reactions of 10B, 12C, 16O+232Th and 237Np, and 19F+237Np ...
Earlier calculations of fission fragment anisotropies made with the use of the standard saddle point...
Earlier calculations of fission fragment anisotropies made with the use of the standard saddle point...
The fission fragment angular distributions for the system 12C +232Th have been measured in the energ...
Fission fragment mass distributions of 191Au, a nucleus in the newly identified island of mass asymm...
Heavy-ion induced fission fragment angular distribution measurements performed in recent years have ...
The fission fragment angular distributions were measured at energies above the fusion barrier, for t...
Fission fragment angular distributions and fission excitation functions have been measured for 11B, ...
Systematic studies of heavy-ion induced fission reactions at near-barrier energies carried out in th...
The study of heavy-ion fusion and fission reactions at near-barrier energies continues to be a rich ...
The study of heavy-ion induced fission fragment angular distributions continues to be a source of ri...
Systematic studies of heavy-ion induced fission reactions at near-barrier energies carried out in th...
It is shown that when fusion is initiated at relatively larger distances due to the presence of rota...
It is shown that when fusion is initiated at relatively larger distances due to the presence of rota...
Fission fragment angular distributions have been measured for 14N+232Th,11B+235U and 16O+181Ta syste...
Fission-fragment angular distributions in reactions of 10B, 12C, 16O+232Th and 237Np, and 19F+237Np ...
Earlier calculations of fission fragment anisotropies made with the use of the standard saddle point...
Earlier calculations of fission fragment anisotropies made with the use of the standard saddle point...
The fission fragment angular distributions for the system 12C +232Th have been measured in the energ...
Fission fragment mass distributions of 191Au, a nucleus in the newly identified island of mass asymm...