声纳技术的发展及其应用

L. Bjørnø
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引用次数: 7

摘要

声纳和阵列技术已经发展了100多年。本文阐述了当今对声纳技术的要求,特别是其应用所决定的要求。在对多波束声呐进行深入讨论的同时,还将提到其他类型的声呐,如侧扫声呐、合成孔径声呐和基于参数阵列的声呐。讨论了声纳在水下活动中的应用,例如海底挖掘,铺设电缆和管道,海上石油,天然气和矿物生产,水文和测深,水下考古,渔业和生物质研究,海军应用,如反潜战,水雷和鱼雷狩猎,港口水下结构研究和沉船调查。最后,讨论了未来的应用,例如,基于适应新的,重量轻,双频,低功耗声纳,如RESON的SeaBat 7130,用于12¾英寸直径的UUV。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Developments in sonar technologies and their applications
Sonar and array technologies have been developed over more than 100 years. This paper gives an exposition of the demands of today to sonar technologies in particular dictated by their applications. While multibeam sonar is discussed more in depth, other sonar types like side-scan, synthetic aperture and parametric array based sonar will also be mentioned. Applications of sonar for underwater activities are discussed like for instance seafloor excavation, laying of cables and tubes, offshore oil-, gas- and mineral-production, hydrography and bathymetry, underwater archaeology, fishery and biomass studies, naval applications like ASW, mine- and torpedo-hunting, studies of underwater structures in harbours and investigations of wrecks. Finally, future applications, for instance based on the adaptation of a new, light weight, dual frequency, low-power consumption sonar like RESON's SeaBat 7130 for use in 12¾ inches diameter UUV's, is discussed.
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