Design study evaluates hydrophone for detecting acoustic signals from high energy hadronic showers, suggesting improved signal detection methods.
We have studied the design of an air-backed optic fiber hydrophone. With respect to the previous models, this prototype is optimized to provide a band width sufficiently large to detect acoustic signals produced by high energy hadronic showers in water. After a discussion on the geometrical configuration and on the choice of the materials we evaluate the expected performances on the basis of simple analytical calculations.
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M. et al. (2006) studied this question.
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