GAS INDEPENDENT THERMAL FLOW METER BASED ON REAL-TIME VELOCITY-INDEPENDENT κ AND ρcp MEASUREMENT
2024 IEEE 37TH INTERNATIONAL CONFERENCE ON MICRO ELECTRO MECHANICAL SYSTEMS, MEMS(2024)
Abstract
A thermal flow sensor for gases is presented that measures the flow rate independent of the type of the gas by simultaneously measuring and compensating for the thermal conductivity (kappa) and volumetric heat capacity (rho c(p)) of the gas. A suspended wire on a V-groove cavity is used to measure both fluid parameters independent of the flow rate. The output of the thermal flow sensor is automatically corrected for the medium using these measured parameters.
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Key words
Thermal flow sensor,thermal conductivity,volumetric heat capacity,Wheatstone bridge
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