The formation of a compound nucleus in different projectile and target combinations is a powerful method for investigating the fusion process. Recently, the dominance of quasi-fission over fusion-fission has been inferred for 34S+208Pb in comparison to 36S+206Pb; both reactions lead to the compound nucleus 242Cf*.The mass and angle distributions of the fission fragments from these reactions were studied in order to further investigate the presence of quasi-fission
Mass and energy distributions of binary reaction products obtained in the reactions 22Ne+249Cf,26Mg+...
We have studied the entrance channel effects in the decay of Compound nucleus 240Cf* formed in 34S+2...
The reaction 34 S+ 186 W at E lab =160 MeV was investigated with the aim of diving into the features...
The formation of a compound nucleus in different projectile and target combinations is a powerful me...
Background: In heavy-ion-induced reactions the mechanism leading to the formation of the compound nu...
Background: The fusion-evaporation reaction at energies around the Coulomb barrier is presently the ...
The production of superheavy elements through the fusion of two heavy nuclei is severely hindered by...
Binary fragmentation of the near super-heavy compound nucleus 256Rf has been studied through the rea...
Superheavy elements are primarily formed through heavy ion fusion reactions. Formation of a fully eq...
The production of superheavy elements through the fusion of two heavy nuclei is severely hindered by...
Background: All elements above atomic number 113 have been synthesized using hot fusion reactions wi...
Mass and energy distributions of fission-like fragments obtained in the reactions 26Mg + 248Cm, 36S+...
Fission fragment mass ratio distributions have been measured for the reactions <SUP>16</SUP>O+<SUP>1...
Fission fragment mass-angle correlations and mass ratio distributions have been measured for the rea...
Neutron-induced fission has been studied at different excitation energies of the compound nucleus by...
Mass and energy distributions of binary reaction products obtained in the reactions 22Ne+249Cf,26Mg+...
We have studied the entrance channel effects in the decay of Compound nucleus 240Cf* formed in 34S+2...
The reaction 34 S+ 186 W at E lab =160 MeV was investigated with the aim of diving into the features...
The formation of a compound nucleus in different projectile and target combinations is a powerful me...
Background: In heavy-ion-induced reactions the mechanism leading to the formation of the compound nu...
Background: The fusion-evaporation reaction at energies around the Coulomb barrier is presently the ...
The production of superheavy elements through the fusion of two heavy nuclei is severely hindered by...
Binary fragmentation of the near super-heavy compound nucleus 256Rf has been studied through the rea...
Superheavy elements are primarily formed through heavy ion fusion reactions. Formation of a fully eq...
The production of superheavy elements through the fusion of two heavy nuclei is severely hindered by...
Background: All elements above atomic number 113 have been synthesized using hot fusion reactions wi...
Mass and energy distributions of fission-like fragments obtained in the reactions 26Mg + 248Cm, 36S+...
Fission fragment mass ratio distributions have been measured for the reactions <SUP>16</SUP>O+<SUP>1...
Fission fragment mass-angle correlations and mass ratio distributions have been measured for the rea...
Neutron-induced fission has been studied at different excitation energies of the compound nucleus by...
Mass and energy distributions of binary reaction products obtained in the reactions 22Ne+249Cf,26Mg+...
We have studied the entrance channel effects in the decay of Compound nucleus 240Cf* formed in 34S+2...
The reaction 34 S+ 186 W at E lab =160 MeV was investigated with the aim of diving into the features...