Within the framework of the modified density-dependent Seyler–Blanchard approach in the
T 2 approximation, the polarization effects of hot nuclear matter (PEHNM) are investigated …

The binding energy of polarized nuclear matter with excess of neutrons, spin-up neutrons,
and spin-up protons contains three symmetry energies: the spin symmetry energy, the …

The symmetry energy coefficient a T has been calculated in first order perturbation theory by
two different methods. In one set of calculations we have used the method of Brueckner and …

The ground-state energy of nuclear matter with an excess of neutrons, spin-up neutrons and
spin-up protons was considered by Dabrowski and Haensel (DH)[1, 2], using the K-matrix …

The binding energy of nuclear matter with an excess of neutrons, with spin-up neutrons and
spin-up protons (characterized by the corresponding parameters.. cap alpha.. sub …

In the present work the problem of spin instability of nuclear matter with the Skyrme
interaction is analyzed. The three-body part of the interaction is replaced by using a density …

Symmetry energy coefficients in the first and second order have been estimated by using an
effective interaction developed in a previous paper. The rearrangement contribution to the …