  Generalized theory of the normal properties of the metal in the case of the
electron-phonon (EP) systems with not constant density of electronic states is
used to examine the normal state of the SH3 and SH2 phase of the hydrogen
sulfide at different pressures. The frequency dependence of the real and
imaginary part of the self-energy part (SP) of the electron Green's function,
the real and imaginary part of the complex renormalization of the electron
mass, the real and imaginary part of the complex renormalization of the
chemical potential, as well as the renormalized with the strong electron-phonon
interaction the electron density of states are calculated. The calculations are
performed for the stable orthorhombic IM-3M hydrogen sulfide SH3 structure at
three pressures P = 170 GPa, P = 180 GPa, P = 225 GPa and SH2 structure with
the symmetry I4/MMM (D4H-17) for the three values of pressure P = 150 GPa , P =
180 GPa, P = 225 GPa at the temperature of T = 200K. Key words: hydrogen
sulfide, electron-phonon system, the pressure, the electronic properties.
