Abstract
The relativistic Dirac equation with scalar potential and fourth component of vector potential of the Woods-Saxon shape as well as of the Gaussian shape is considered, with the aim of determining the parameters of the potentials, i.e. well depths, range parameter and skin-thickness parameter for the Woods-Saxon potential. These parameters are determined by a least-squares fitting of the theoretically obtained ground-state binding energies to the experimentally known ones for a number of hypernuclei. Using the values of the parameters obtained, the ground-state binding energies of various hypernuclei are calculated and found to be in good agreement with the experimental ones.
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