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首页> 外文期刊>Ultrasonics, Ferroelectrics and Frequency Control, IEEE Transactions on >Simulation, manufacturing, and evaluation of a sonar for a miniaturized submersible explorer - correspondence
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Simulation, manufacturing, and evaluation of a sonar for a miniaturized submersible explorer - correspondence

机译:小型潜水器的声纳的仿真,制造和评估-对应

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摘要

Single-beam side-scan sonar elements, to be fitted on a miniaturized submersible, are here simulated, manufactured, and evaluated. Finite element analysis simulations are compared with measurements, and an overall observation is that the agreement between simulations and measurements deviates from the measured values of 1.5 to 2u000b0;, for the narrow lobe angle, by less than 10% for most models. An overall finding is that the lobe width along the track direction can be accurately simulated and, hence, the resolution of the sonars can be predicted. This paper presents, to the authors???????? knowledge, the world????????s smallest side-scan sonars.
机译:在此模拟,制造和评估安装在小型潜水器上的单光束侧扫声纳元件。将有限元分析模拟与测量结果进行比较,总的观察结果是,模拟和测量结果之间的一致性偏离了1.5到2u000b0的测量值;对于窄波瓣角,大多数模型的误差小于10%。总的发现是,可以精确地模拟沿轨道方向的波瓣宽度,因此可以预测声纳的分辨率。本文向作者介绍了?????????知识,世界上最小的侧扫声纳。

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