Abstract
The unitary-model-approach for nuclear matter is extended to the treatment of tensor forces. Suitable spin-dependent correlations are employed. The method is demonstrated at hand of the deuteron problem. For nuclear matter calculations and numerical results for the phenomenological soft-core potential of Eikemeier and Hackenbroich are presented. The increase of binding energy by the inclusion of unitary tensor correlations amounts up to 5 MeV per particle.
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