Library

Underwater Acoustics Group - Transducers for Sonar Applications - University of Birmingham, Department of Electronic & Electrical Engineering- 16 & 17 December 1980

Articles

P.v.d.f. Membrane Hydrophones For The Study Of High Frequency And Non-Linear Acoustic Fields

Publication Date

D R Bacon, (National Physical Laboratory, Teddington)

Experimental Performance Of Fibre Optic Hydrophones.

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M L Henning, T Hoyes (Plessey Marine Research Unit, Templecombe, Somerset).

Non-Linearity Of Cylindrical Hydrophones Used For Measurement Of Parametric Arrays

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V F Humphrey , C H Hsu (Bath University, Bath)

Low Frequency Standard Hydropone For Calibrating Line Hydrophone Arrays (Seismic Streamers) And Marine Seismic Sources

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M H Safar, P Newman (The British Petroleum Company Limited and Horizon Exploration Limited, UK)

Fluid-Filled Tube Projectors

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P A Crowther (Naval Divison, Marconi Space and Defence Systems Ltd, Frimley, Surrey

Latest Developments In Partial Shere Technology

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M Holland (Plessey Company Ltd, UK)

Theoretical Model For Evaluating The Boomer Acoustic Source

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M H Safar (The British Petroleum Company Ltd)

The Use Of Matching Layers In The Design Of Broadband, High -Efficiency, High-Frequency Transducers Capable Of Being Operated At Depth

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H Koyme, B K Gazey and B V Smith (University of Birmingham)

Quarter Wavelength Matching Of Air Backed Piezo Electric Discs To A Water Load

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P D Thorne and N G Pace (School of Physics, Bath University)

Design, Construction And Matching Of A 38 Khz, 4.3 Degree Conical Beam Transducer

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P C Stevens (Universal Sonar, Hornsea, N Humberside)

Piezo Electric Polymer Hydrophones

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J M Powers (Naval Underwater Systems Centre, New London, Connecticut U.S.A)