Structure Design for Resonant Diaphragm Liquid Density Sensor

Yu Xiao Zhang; Xian Qun Zeng; Xin Jie Wang

doi:10.4028/www.scientific.net/AMR.287-290.2772

Paper Titles

The Application of Shape Memory Polymer Composite in Space Deployable Truss Structure
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The Establishment of the System to Measure Displacement Based on Two Stage Rotary Coder
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Analysis on Dynamic Performance of FlatValve in Water Hydraulic Piston Pump
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Investigation on New Submersed Entry Nozzle in Slab Caster
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Structure Design for Resonant Diaphragm Liquid Density Sensor
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Health Monitoring of RC Frame Structure to Shake Table Excitations
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Velocities of Starch Particles in ER Fluids Measured with Laser Speckle
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Study of Microwave Reflection Behaviour in Fe₃O₄ Magnetorheological Fluids
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Detecting Centroid Projection for a Quadruped Robot with Hand-Fused Foot Based on ARM
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 287-290Structure Design for Resonant Diaphragm Liquid...

Structure Design for Resonant Diaphragm Liquid Density Sensor

Abstract:

This paper designs a resonant diaphragm liquid density sensor. From the reality, a resonant diaphragm is designed and manufactured. Processing technology on resonant diaphragm is studied and improved through compensating elastic error, and eliminating residual stress. Incentive coil is designed using the eddy current effect.