Over the last several decades, extensive experimental and theoretical work has been done
on the giant dipole resonance (GDR) in excited nuclei covering a wide range of temperature …

The present review summarizes the recent studies on the thermodynamic properties of
pairing in many-body systems including superconductors, metallic nanosized clusters and/or …

Temperature dependent relativistic mean-field (RMF) plus BCS approach has been used for
the first time to investigate the anti-bubble effect of the temperature and deformation in the …

A systematic comparison is conducted for pairing properties of finite systems at nonzero
temperature as predicted by the exact solutions of the pairing problem embedded in three …

The nuclear temperature is calculated from the derivative of the logarithm of the level
densities in Ni 60-62 and Yb 170-172. The latter are obtained within a method, which …

The pairing gaps, heat capacities, and level densities are calculated within the BCS-based
quasiparticle approach, including the effect of thermal fluctuations on the pairing field within …

The Green-Kubo relation and fluctuation-dissipation theorem are employed to calculate the
shear viscosity η of a finite hot nucleus directly from the width and energy of the giant dipole …

The blocking effect caused by the odd particle on the pairing properties of systems with an
odd number of fermions at finite temperature interacting via the monopole pairing force is …

We demonstrate that pairing phase transition (superfluid to normal) can be described quite
generally in terms of the thermodynamical properties after verifying the obtained level …

Nuclear pairing properties are studied within an approach that includes the quasiparticle-
number fluctuation (QNF) and coupling to the quasiparticle-pair vibrations at finite …