High-frequency bistatic scattering: comparison of tank and sea experiments

P Blondel; NG Pace; GJ Heald; R Brothers

High-frequency bistatic scattering: comparison of tank and sea experiments

P Blondel, NG Pace, GJ Heald, R Brothers

Department of Physics

Research output: Chapter or section in a book/report/conference proceeding › Book chapter

Abstract

Bistatic scattering geometries are increasingly used in oceanographic exploration, in particular for Rapid-Environmental Assessment. Scattering models are numerous, but have not been benchmarked due to the scarcity of bistatic experiments. We present here results from tank experiments conducted using the facilities at the University of Bath, with different types of seabed. They are compared with results from recent sea trials conducted with SACLANTCEN on a sandy rippled seabed, and with results from multi-geometry, multi-frequency simulations.

Original language	English
Title of host publication	Acoustical Oceanography
Editors	TG Leighton, GJ Heald, HW Griffiths, G Griffiths
Publisher	Institute of Acoustics
Pages	276--282
Number of pages	7
Volume	23
Publication status	Published - 2001

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title = "High-frequency bistatic scattering: comparison of tank and sea experiments",

abstract = "Bistatic scattering geometries are increasingly used in oceanographic exploration, in particular for Rapid-Environmental Assessment. Scattering models are numerous, but have not been benchmarked due to the scarcity of bistatic experiments. We present here results from tank experiments conducted using the facilities at the University of Bath, with different types of seabed. They are compared with results from recent sea trials conducted with SACLANTCEN on a sandy rippled seabed, and with results from multi-geometry, multi-frequency simulations.",

author = "P Blondel and NG Pace and GJ Heald and R Brothers",

year = "2001",

language = "English",

volume = "23",

pages = "276----282",

editor = "TG Leighton and GJ Heald and HW Griffiths and G Griffiths",

booktitle = "Acoustical Oceanography",

publisher = "Institute of Acoustics",

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TY - CHAP

T1 - High-frequency bistatic scattering: comparison of tank and sea experiments

AU - Blondel, P

AU - Pace, NG

AU - Heald, GJ

AU - Brothers, R

PY - 2001

Y1 - 2001

N2 - Bistatic scattering geometries are increasingly used in oceanographic exploration, in particular for Rapid-Environmental Assessment. Scattering models are numerous, but have not been benchmarked due to the scarcity of bistatic experiments. We present here results from tank experiments conducted using the facilities at the University of Bath, with different types of seabed. They are compared with results from recent sea trials conducted with SACLANTCEN on a sandy rippled seabed, and with results from multi-geometry, multi-frequency simulations.

AB - Bistatic scattering geometries are increasingly used in oceanographic exploration, in particular for Rapid-Environmental Assessment. Scattering models are numerous, but have not been benchmarked due to the scarcity of bistatic experiments. We present here results from tank experiments conducted using the facilities at the University of Bath, with different types of seabed. They are compared with results from recent sea trials conducted with SACLANTCEN on a sandy rippled seabed, and with results from multi-geometry, multi-frequency simulations.

M3 - Book chapter

VL - 23

SP - 276

EP - 282

BT - Acoustical Oceanography

A2 - Leighton, TG

A2 - Heald, GJ

A2 - Griffiths, HW

A2 - Griffiths, G

PB - Institute of Acoustics

ER -

High-frequency bistatic scattering: comparison of tank and sea experiments

Abstract

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