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Demonstrates improved accuracy and resilience of a hybrid ultrasonic flowmeter for natural gas, suggesting potential for practical applications.
The possibility of creating a hybrid ultrasonic flowmeter of natural gas is presented, which combines a fourchannel ultrasonic transit-time method (TOF) and a resonance method. A mathematical description of such a flowmeter is given, the errors of the classical and the proposed flowmeter are estimated, the gain in accuracy and resistance to external factors are shown.
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Bilynskyi et al. (2026) studied this question.
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