Maximum Side-Aspect Target Strength of an Individual Fish
Richard H. Love
Abstract
Richard H. Love
Abstract
Experiments are described in which the target strengths of a number of individual fish were measured at various frequencies. The results of these experiments are combined with results from six other sources and an empirical equation approximating the maximum side-aspect target strength of an individual fish determined for 1 ⩽ L/λ ⩽ 100, where L is the fish length and λ is the acoustic wavelength. This result is combined with a theoretical estimate of the resonance of a fish containing a swimbladder, to produce a curve approximating the maximum side-aspect target strength of an individual bladder fish for L/λ⩽100.
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Experiments are described in which the target strengths of a number of individual fish were measured at various frequencies. The results of these experiments are combined with results from six other sources and an empirical equation approximating the maximum side-aspect target strength of an individual fish determined for 1 ⩽ L/λ ⩽ 100, where L is the fish length and λ is the acoustic wavelength. This result is combined with a theoretical estimate of the resonance of a fish containing a swimbladder, to produce a curve approximating the maximum side-aspect target strength of an individual bladder fish for L/λ⩽100.
Key concepts: Target strength, Fish <Actinopterygii>, Wavelength, Aspect ratio (aeronautics), Acoustics, Mathematics, Physics, Materials science