To systematically describe evaporation spectra for light and heavy compound nuclei over a
large range of excitation energies, it was necessary to consider three ingredients in the …

The accurate knowledge of the nuclear level density is crucial for understanding the nuclear
structure and for numerous applications including astrophysical reactions. In this review …

Knowledge of the nuclear level density is necessary for understanding various reactions,
including those in the stellar environment. Usually the combinatorics of a Fermi gas plus …

The phenomenon of collective enhancement in nuclear level density and its fadeout has
been probed using neutron evaporation study of two strongly deformed (173 Lu, 185 Re) …

We present a probable experimental signature of collective enhancement in the nuclear
level density (NLD) by measuring the neutron and the giant dipole resonance (GDR) γ rays …

Pre-scission neutron multiplicities have been measured for 12 C+ 194, 198 Pt systems at
matching excitation energies at near Coulomb barrier region. Statistical model analysis with …

Evaporation residues and fission excitation functions obtained in complete fusion reactions
leading to Po compound nuclei have been analyzed in the framework of the standard …

Several experimental investigations have reported evidence of collective enhancement of
the nuclear level density and its fadeout. However, a suitable method is needed for …

The γ-gated proton spectra measured in the reactions Ni 64 (Be 9, p 2 n) Ga 70 and Ni 64
(Be 9, pn) Ga 71, have been utilized to probe the collective enhancement in nuclear level …

Neutron evaporation energy spectra have been measured in coincidence with γ rays of
different multiplicities for 119 Sb* in the excitation energy range of∼ 31–43 MeV. The …