The review covers recent developments and achievements in the dynamical description of
fission process at high excitation energy. It is shown that the dynamical approach based on …

The pathway toward the production of superheavy elements (SHE) crosses with the one of
an in-depth study of the fission and quasifission processes. Quasifission affects the …

The system of intermediate fissility Ce 132 has been studied experimentally and
theoretically to investigate the dissipation properties of nuclear matter. Cross sections of …

The nuclear level density is one of the main ingredients for the statistical description of the
fission process. In this work, we propose to constrain the description of this parameter by …

Background: Despite remarkable success of the statistical model (SM) in describing decay of
excited compound nuclei (CN), reproduction of the observables from heavy ion-induced …

The influence of entrance channel isospin, charge asymmetry, and bombarding energy on
the competition between the complete fusion followed by the decay of compound nucleus …

Light charged particle (LCP) emission in the evaporation residue (ER) and fusion fission
(FF) channels have been studied for the 200 MeV 32 S+ 100 Mo reaction, leading to 132 Ce …

Light charged particles emitted in proton-induced fission reactions on Pb 208 have been
measured at different kinetic energies: 370 A, 500 A, and 650 A MeV. The experiment was …

The evaporative decay of the compound nucleus 139 Eu produced by the 180MeV 32 S+
107 Ag reaction was studied with the aim to test the empirical isospin expressions of the …

Various approaches are currently used to interpret experimental data on fission. We critically
examine a wide set of observables measured for fission of Po 206, 210 nuclei at medium …