The Journal of the Acoustical Society of America · 1994 · 24 citations · 0 references
Natural SciencesGeologyOceanographyAcousticsOcean AcousticsUnderwater AcousticsAcoustic MeasurementHydrophone ArraysSeafloor AcousticsShallow-water AcousticsUnderwater Sound PropagationAcoustic DispersionAcoustic Field TheoryExperimental AcousticsSeafloor Sediment AcousticsSediment AcousticsSediment Core DescriptionShallow Water WavesShallow-water Bathymetry
Shallow-water acoustic experiments were conducted at the Atlantic Generating Station site on the New Jersey Continental Shelf as a part of a long-term study of the shallow-water physics in this region. A vertical hydrophone array was used to assess the dispersion characteristics of the broadband acoustic field. A geoacoustic data set including bottom impedance profiles were constructed based on previous measurements of geological parameters from sediment core data. Experimental results show that the acoustic wave-field dispersion is dependent on the azimuth angle. This dependency may be attributed to several factors relating to topography, range, and depth features.