Single-particle properties of nuclear matter at finite temperature

A self-consistent Green's functions approach is used to calculate single-particle properties of nuclear matter at finite temperature. The calculations are done using the Reid hard-core potential, requiring calculations at high momentum. In this work, the spectral functions are parameterized directly allowing easy interpolation of spectral functions in single particle momentum. Binding energy, kinetic energy, potential energy, effective mass, entropy, occupation, and both one and two particle density of states are calculated.