We have presented the systematics of fusion evaporation with deformation and entrance
channel parameters based on 107 experiments in the pre-actinide, actinide, and …

Evaporation residue cross sections for F 19+ W 184 have been measured at beam energies
in the range of 90–130 MeV using the Heavy Ion Reaction Analyzer at the Inter University …

Background: Fusion between two massive nuclei is a very complex process and is
characterized by three stages:(a) capture inside the potential barrier,(b) formation of an …

Decay of Po 210 compound nucleus formed in light-and heavy-ion induced fusion reactions
has been analyzed simultaneously using a consistent prescription for fission barrier and …

The nuclear fission phenomenon continues to be an enigma, even after nearly 75 years of
its discovery. Considerable progress has been made towards understanding the fission …

Excitation functions for shell-stabilized evaporation residues produced in Ca 48-induced
reactions with Gd 154, Tb 159, Dy 162, and Ho 165 targets have been measured in …

Considering energy dependence of the barrier radius in heavy-ion fusion reactions, a
modified Siwek-Wilczyński (MSW) fusion cross section formula is proposed. With the MSW …

We have presented non-linear analytical formula for fusion–fission cross-sections. This is
achieved by analysing many fusion–fission experiments of the compound nuclei of atomic …

This study investigates the V 51+ Tb 159→ Ra* 210 reaction through measurements of both
the entrance-channel barrier distribution and detailed excitation functions for the xn, pxn …

Statistical model analysis of the measured evaporation residue and fission excitation
functions indicates the presence of shell corrections to the liquid drop energy at the saddle …