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Paper   IPM / P / 7252
School of Physics
  Title:   Lowest Order Constrained Variational for Asymmetric Nuclear Matter with the New Charge-Dependent Reid Potential
1.  M. Modarres
2.  H.R. Moshfegh
  Status:   Preprint
  No.:  0
  Year:  2003
  Supported by:  IPM
We calculate the equation of state of asymmetric nuclear matter with the new charge-dependent Reid93 potential within the lowest order constrained variational methods (LOCV) for the wide range of densities and proton to neutron ratio. The Reid93 potential overbinds the nuclear matter saturation density about 0.35 fm−3The symmetry energy at the saturation density obtained about 32Mev, this is in good agreement with the empirical value. Various properties of asymmetrical nuclear matter such as the symmetry energy, validity of α2 law, incompresibility and etc. are examined and the resulte are compared with the other many-body calculations.

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