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We investigate the influence of the three-body force(TBF)contribution on the ground state correla- tions in hot nuclear matter by including a microscopic TBF into the extended Brueckner-Hartree-Fock (EBHF)theory.We adopt the realistic Argonne V_(18)potential as our two-body nucleon-nucleon interac- tion.The Pauli rearrangement contribution to the single-particle(s.p.)potential induced by the ground state correlations is calculated in terms of the hole-line expansion of the mass operator.The calculated complex mass operator M_(12)(k)including the BHF contribution and the rearrangement term is reported in
We investigate the influence of the three-body force (TBF) contribution on the ground state correla- tions in hot nuclear matter by including microscopic TBF into the extended Brueckner-Hartree-Fock (EBHF) theory. We adopt the realistic Argonne V_ ( 18) potential as our two-body nucleon-nucleon interac tion. The Pauli rearrangement contribution to the single-particle (sp) potential induced by the ground state correlations is calculated in terms of the hole-line expansion of the mass operator. calculated complex mass operator M_ (12) (k) including the BHF contribution and the rearrangement term is reported in