Structure of the fronts of strong collisional shock waves in an ideal two-temperature electron-ion plasma with ions of arbitrary charge

One deals with plane running wave type numerical solutions in terms of two-temperature hydrodynamics of completely ionized ideal plasma with Z0 arbitrary charge of ions. At the leading front of running waves one laid down simple boundary conditions: fixed plasma with zero temperatures. The derived solutions included break- isoelectronic-thermal jump. The derived numerical solutions boiled down to the problem on the front structure of strong shock wave. In Z0=1 case they coincided with the previously known solution, while at Z0>1 they were obtained for the first time