The single-particle potential rearrangement energy and the effective mass of nuclear matter
have been calculated using two density-dependent effective interactions determined in an …

The symmetry coefficient a τ for nuclear matter with a given neutron excess has been
calculated within the framework of the independent particle model using two effective …

The ground state of S-wave alpha-particle matter was studied using Bogolyubov's formalism
for condensed bosons. The alpha-particles are assumed to interact via potentials …

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 …

It is pointed out that first-order nuclear matter calculations with effective interactions must
satisfy the Hugenholts-Van Hove theorem and that this tells us nothing about the validity of …

A nuclear matter test has been conducted on a separable non-local NN interaction proposed
by Sirohi and Srivastava. The potential had been constructed by fitting the phase-shifts. The …

A simple three-parameter density dependent effective interaction is used to study the
properties of nuclear matter, neutron matter and some bulk properties such as ground state …

Nuclear matter properties—binding energy (BE), compressibility, single particle potential, re-
arrangement energy and effective mass—have been studied in first order with a density …

A set of density dependent nucleon-nucleon (NN) interactions has been examined in
nuclear matter calculations by varying spin-isospin contributions. Two sets of potentials have …