FIELD: physics.
SUBSTANCE: claimed device comprises X-ray radiation source and detector arranged on opposite sides of multiphase fluid carrying pipe. Pressure transducer is connected to the pipe along with X-ray beam intensity stabilization and control unit. X-ray radiation source and wave-dispersion spectrometer are secured on one shaft perpendicular to pipe mirror axis so that X-ray radiation flows to wave-dispersion spectrometer via openings cut in said pipe. Note here that wave-dispersion spectrometer case houses the monochromatic analyzer arranged at the angle to X-radiation beam to satisfy the Bragg law terms for the line of radiation from X-ray source spectrum. Ionizing radiation scintillation counter is arranged downstream of crystalline monochromatic analyzer in direction of diffracted beam propagation. X-ray beam intensity stabilization and control unit transducer is arranged downstream of crystalline monochromatic analyzer on one axis of X-ray radiation source.
EFFECT: higher accuracy and rate of analysis of multiphase flow components.
2 dwg
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