FIELD: measuring equipment. SUBSTANCE: method involves taking continuous measurements of temperature, pressure, density and flow rate in the flows of solid media, creating successively-disposed zones of a preset geometry with super-high frequency electromagnetic fields in a preset portion of the moving flow with an unknown phase composition, with the electrical field vectors parallel and/or transverse to the direction of flow, measuring in these fields the resonant frequencies which depend on the phase composition of the media moving therein, determining the longitudinal and transverse dielectric permittivity of the flow on the basis of these frequencies, and determining the volume content of a low-density and high-density components, determining the effective dielectric permittivity, density and enthalpy of the flow of the measured medium from the value of the low density, determining in zones with concentrated super-high frequency electromagnetic fields the auto- or relatively-correlating functions of resonant frequencies originated in the moving measured medium, determining by these functions together with measuring the enthalpy the amount of heat accumulated in the flow. EFFECT: higher efficiency. 2 cl, 10 dwg
