Research on Velocity Hydrophone Suspension Dynamics

Peng Wang

doi:10.4028/www.scientific.net/AMR.468-471.1363

Paper Titles

Dynamic Behavior of Sandwich Beams with Different Cores
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The Application of Virtual Reality Technology in Product Design
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Study on Preparation and Properties of Precipitated Silica
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Security Mechanisms Analysis for ZigBee Standard Based on AES-CCM*
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Research on Velocity Hydrophone Suspension Dynamics
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Study and Simulation of the Fluidization Quality of the Concrete Mixer Truck
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Study on Catalytic Performance of Supported HPW/C Catalyst for Diethyl Adipate Synthesis
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The Forecast of Demand Quantities of Emergency Commodities Based on Grey Interval Correlation Degree
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Effect of Secondary Force on Rigidity of Oil Film of the Slipper Pair Based on Hydrostatic Support
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 468-471Research on Velocity Hydrophone Suspension...

Research on Velocity Hydrophone Suspension Dynamics

Abstract:

Research on the dynamics of suspended velocity hydrophone was achieved. Equivalent circuit model of velocity hydrophone merged in liquid was built, and the analysis of the influence on velocity measurement caused by the suspension system and its anisotropic was carried out. Result shows that nature resonance of suspension affects the band of sensor, and phase error can be reduced in several ways. Suspension anisotropy makes the sensor overestimate the magnitude of the true signal.