Ocean waveguide effects on acoustic and seismic ULF propagation

M. Nardin, F. Glangeaud, J.M. Vanpe, R. Ancey, P. Pignot, L. Royer, S. Gafet
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引用次数: 1

Abstract

Underwater wave propagation in the domain of ultra low frequencies (ULF, between 1 and 50 Hz) is highly dependent on the seabed. Three types of wave propagation are observed according to the environment and experiment configuration. After a description of these three types of wave propagation and a presentation of the means and techniques deployed, this paper deals with an illustration of these various situations from data which are issued from two different campaigns (Prosisma-GL1 and Rinalig). Particular attention is focused on the ocean waveguide effects in this ULF frequency band. The authors conclude that the main ocean waveguide effect is due to the sedimentary layers.
海洋波导对声波和地震极低频波传播的影响
水下波在超低频域(ULF, 1 ~ 50 Hz)的传播高度依赖于海底。根据环境和实验配置,观察到三种波的传播类型。在描述了这三种波传播类型并介绍了所采用的手段和技术之后,本文从两个不同活动(Prosisma-GL1和Rinalig)发布的数据中对这些不同情况进行了说明。特别注意的是海洋波导效应在这个极低频频带。作者得出结论,主要的海洋波导效应是由沉积层引起的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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