Thermostatic properties of polarized nuclear matter

Abstract

The thermostatic properties of polarized nuclear matter are calculated using an extended form of the Seyler-Blanchard potential. Different special cases of polarized nuclear matter are considered according to the values of X, Y, and Z, the neutron excess parameter, and the sum and difference of neutron and proton spin up excess parameters, respectively. The reliability of the ${T}^{2}$ approximation is also discussed. A reasonable agreement with previous results is obtained.