The temperature dependence of the coefficients in the semi-empirical mass formula has
been determined from a least squares fit to the canonical ensemble average of the excitation …

We calculate the nuclear level density parameter over a wide range of nuclear mass and
temperature, using a recently developed realistic model. The model calculations take into …

We consider the calculation of the nuclear level density parameter a= 1 6 π 2g s (ϵ F),
where gs (ϵ) is the smoothed single-particle level density and ϵF is the Fermi energy. We …

The shell model Monte Carlo (SMMC) approach has been applied to calculate level
densities and partition functions to temperatures up to∼ 1.5–2 MeV, with the maximal …

We present a calculation of the temperature dependence of the level density parameter a,
taking into account the variation with temperature of the frequency-dependent effective …

Bridges between different fields of physics have always provided fruitful insight into the
exploration of new phenomena. The link between microscopic atomic nuclear systems and …

Charged-particle emission has been studied in ten heavy-ion reactions spanning composite
systems of 16≤ Z≤ 64. By means of reversed kinematics, high-quality energy spectra were …

The study of the properties of hot nuclei and the search for the liquid–gas phase transition in
nuclei have been the subjects of many investigations in recent decades. We present a short …

Light charged-particle emission and neutron emission have been measured for the fusion-
evaporation and fusion-fission channels in the Ni 60+ 100 Mo reaction at 550 and 655 MeV …

The problem of the experimental determination of a nuclear temperature in heavy ion
collisions is addressed within an extended Quantum Statistical Model which includes …