水槽
碎片
泥石流
地质学
声学
分布式声传感
遥感
声传感器
计算机科学
光纤传感器
光纤
物理
电信
流量(数学)
机械
海洋学
作者
Luca Schenato,Pia Rosella Tecca,Andrea M. Deganutti,Hugo F. Martins,Andrés García-Ruiz,María del Rosario Fernóndez-Ruiz,Sonia Martín‐López,Francesco Zarattini,Antonio Pol,Fabio Gabrieli,Andrea Galtarossa,Alessandro Pasuto,Miguel González‐Herráez,Luca Palmieri
标识
DOI:10.1364/ofs.2020.th4.27
摘要
We used a distributed acoustic sensing (DAS) system to monitor the evolution of debris flows in an inclined flume that was instrumented with approx. 800 m of fiber, wound in 20 coils acting as an array of coherent acoustic sensors. The analysis of the acquired signals confirmed the viability of DAS as a tool for debris flows monitoring.
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