Non-contact conductive gas/liquid two-phase flow pattern identifying device and method
A non-contact conductance, gas-liquid two-phase flow technology, applied in the field of multiphase flow measurement, can solve the problems of conductance measurement performance degradation, easy polarization, electrochemical corrosion, etc., to improve reliability and robustness, easy The effect of simple implementation and structure
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[0025] The present invention proposes a non-contact electrical conduction gas-liquid two-phase flow pattern identification device and method aiming at the status quo of the existing contact-type conduction gas-liquid two-phase flow pattern identification method. The conductivity measurement technology adopted is capacitive coupling non-contact conductivity measurement technology, which can effectively avoid electrode polarization and electrochemical corrosion effects, improve the performance of conductivity measurement, and improve the reliability and reliability of the gas-liquid two-phase flow pattern identification system. Robust, and has the advantages of non-contact, simple structure, easy installation, and low cost.
[0026] like figure 1 As shown, the non-contact conductivity gas-liquid two-phase flow identification device includes a gas-liquid two-phase flow measurement pipeline, an AC excitation source, a capacitively coupled non-contact conductivity sensor, a temper...
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