Thermodynamic processes in the low-pressure part of steam turbines are considered. It was shown that using electrophysical technologies increases the turbine installation efficiency by 0,4-0,7 % due to reducing energy losses caused by electrization of wet steam and steam supercooling in the phase transition zone. A magnetic-vortex hydro gas dynamic activator is described. Its usage prevents scale formation on the surfaces of heat exchange apparatus.

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