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Effects of naturally occurring bubbles on multibeam sonar operations

机译:自然气泡对多波束声纳运行的影响

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The acoustic effects of bubbles can have a major impact on hydrographic operations using multibeam sonars and on the quality of the data they produce. It is well-known that bubble sweepdown, bubbles entrained beneath the hull due to high ship speeds or heavy weather, is a significant problem, and means to mitigate the effects are sought. The bubble problem discussed in this paper has a different source - one which hydrographers have not yet taken into account. The bubbles that cause this problem are those naturally occurring in the sea. Natural bubbles exist in the ocean due to many causes such as breaking waves, rip currents carrying bubbles produced in surf zones out into deeper waters, impact of rain drops, swim bladders of sea life, and gas hydrates bubbling up from the seafloor. This paper discusses the characteristics of bubbles caused by breaking wind waves and rip currents and their effects on multibeam-sonar operations.
机译:气泡的声学效应会对使用多束声纳的水文作业及其产生的数据质量产生重大影响。众所周知,由于高船速或恶劣天气,气泡倾泻,气泡夹带在船体下方是一个重大问题,并寻求减轻这种影响的手段。本文讨论的气泡问题有一个不同的来源-一个水文学家尚未考虑的问题。导致此问题的气泡是自然存在于海中的气泡。由于多种原因,海洋中存在天然气泡,例如,波浪破裂,将在冲浪区中产生的气泡带到更深水域的激流,雨滴的冲击,海洋生物的游泳囊以及从海底冒出的天然气水合物。本文讨论了由破裂的风波和裂隙电流引起的气泡的特性及其对多波束声纳运行的影响。

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