External currents and gauge models with spontaneous breaking of non-abelian symmetry group

The behaviour of the anomalous vacuum expectation values (AVEV) of scalar fields is studied as a function of the density of fermion currents in gauge models with spontaneous breaking of the non-abelian symmetry group. It is shown that depending on relation between the constants α and g2 the phase transitions of the first and second kinds to the state with restored symmetry are possible for space-like currents. For the symmetry groups SU(2), SU(3) and SU(4) the dependence of AVEV of scalar fields upon the density of the isotopic components of time-like fermion currents is found