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An algorithm for the construction of the magnetic system of a flowmeter of multiphase fluid media that assures its minimal weight and minimal overall dimensions is presented. The system guarantees high values of the magnetic induction in the working range of the flowmeter (0.5–1.0 T and greater) with high degree of homogeneity (less than (20–30)·10–6) in required volumes.
An algorithm is presented for design of a gradient system for a multiphase flowmeter based on the phenomenon of nuclear magnetic resonance. The designed system forms a gradient field with a specified degree of nonlinearity (±1%) that ensures the required accuracy in measuring the parameters of a multiphase flow.
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