“thinarray”;一种重量轻、超薄(外径8毫米)的拖曳阵列,适用于小型船舶

J. Potter, E. Delaory, S. Constantin, S. Badiu
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引用次数: 7

摘要

传统的拖曳阵列通常直径为40-80毫米,重量>1千克/米,需要小型船只无法使用的设施,并且不便于潜艇使用。这项工作提出了一种设计,使用微型圆柱形陶瓷传感器和表面贴装电子器件在集成多层PCB只有6毫米宽。提出了一种新的湍流抑制技术,该技术基于近各向同性湍流结构与拖曳体尺寸在临界直径以下成比例的假设。通过制造长而窄的传感器,湍流噪声被非相干地平均,而带宽高达20 kHz的所需信号被相干地求和,为湍流噪声增益提供信号。一个直径8毫米的原型阵列可以很容易地由一个人处理。给出了初步的声学结果并探讨了潜在的应用前景。
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The "thinarray"; a lightweight, ultra-thin (8 mm OD) towed array for use from small vessels of opportunity
Conventional towed arrays are typically 40-80 mm in diameter and weigh >1 kg/m, requiring facilities unavailable on small vessels and inconvenient for submarines. This work presents a design that uses miniature cylindrical ceramic sensors and surface mount electronics on an integrated multilayer PCB only 6 mm wide. A novel turbulence suppression technique is proposed, based on an assumption of near-isotropic turbulence structure scaling with the dimension of the towed body below a critical diameter. By making long and narrow sensors, turbulence noise is averaged incoherently while desired signals in the bandwidth up to 20 kHz are summed coherently, providing signal to turbulence noise gain. An 8 mm diameter prototype array has been constructed that can easily be handled by one person. Preliminary acoustic results are given and potential applications explored.
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