The collective enhancement of nuclear level density and its fade out with excitation in the
deformed 171 Yb nucleus has been inferred through an exclusive measurement of neutron …

Background: Neutron multiplicity is an excellent probe for understanding different timescales
involved in the various stages of the fusion-fission process. Although the average neutron …

The neutron emission, extensively used as a clock to measure fission delay, is not fully
understood. There are ambiguities in interpretation of experimental results at higher …

The nuclear level density is a fundamental quantity in nuclear physics, governing various
nuclear reactions and astrophysical processes. In this study, we report on the collective …

The neutron energy spectra in coincidence with both the correlated fission fragments in S
32+ W 184 reaction forming the compound nucleus Th 216 at an excitation energy of 71.31 …

Measurements of prompt fission neutrons and gamma rays spectra have been carried out in
the fast neutron induced fission of^ 232 232 Th at an average neutron energy of 2.6 MeV …

Measurements of prompt fission γ-rays and neutrons emitted in the fast neutron induced
fission of 232 Th have been carried out at incident neutron energies of 1.5 MeV, 2.1 MeV …

Neutron yield in D+ D fusion in a palladium foil, kept at about temperature, has been
measured as a function of the number of implanted ions at a bombarding energy of 100 keV …

Study of fission dynamics has been current area of research due to strong singature of
entrance channel effects in experimental observations such as in mass distributions and …

Since last decade an extensive research has been carried out to measure the neutrons in
coincidence with fission fragments with the optimum selection of projectile-target …