Structural models of electron and nucleon in general relativity

Using the interior Schwarzschild's solution, Nordström's solution and the approximative solution of Einstein's equations with the energy-momentum tensor of scalar mesonic field the structural models of electromagnetically and strongly interacting stable particles are constructed. The models represent the equilibrium configuration of the structures described by the interior Schwarzschild's solution, the gravitational and electric or mesonic field and their parameters correspond to those of electron and nucleon.