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Rethinking underwater sound -recording methods to work at tidal stream and wave energy sites

机译：重新思考水下录音方法，以在潮汐流和波浪能站点工作

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This book chapter is in closed access.

机译：本书章节处于封闭状态。

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Wilson Ben; Lepper Paul A.; Carter Caroline; Robinson Stephen P.;
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年度 2014
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原文格式 PDF
正文语种 eng
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1. The influence of waves on the tidal kinetic energy resource at a tidal stream energy site [J] . Guillou Nicolas, Chapalain Georges, Neill Simon P. Applied Energy . 2016,第octa15期

机译：波浪对潮汐流能量站点的潮汐动能资源的影响
2. Modelling effects of tidal currents on waves at a tidal stream energy site [J] . Guillou Nicolas Renewable energy . 2017,第ptaa期

机译：在潮汐流能量站点上模拟潮流对波浪的影响
3. Chapter 74 Measurement of Underwater Operational Noise Emitted by Wave and Tidal Stream Energy Devices [J] . Paul A. Lepper Stephen P. Robinson Advances in Experimental Medicine and Biology . 2016,第Null期

机译：第74章波浪和潮汐流能设备发出的水下运行噪声的测量
4. MAPPING UNDERWATER AMBIENT NOISE IN THE SOUND OF ISLAY TIDAL-STREAM FLOW: A POTENTIAL TIDAL ENERGY EXTRACTION AREA [C] . C Carter, B Wilson Ambient Noise in North-European Seas: Monitoring, Impact and Management . 2011

机译：映射水下环境噪声在islay潮流流动的声音中：潜在的潮汐能提取区域
5. Identification of sound-producing hydrophilid beetles in underwater recordings using digital signal processing. [D] . Rudh, Nissa E. 2013

机译：使用数字信号处理识别水下录音中产生声音的亲水甲虫。
6. Life Cycle Assessment on Wave and Tidal Energy Systems: A Review of Current Methodological Practice [O] . Xizhuo Zhang, Longfei Zhang, Yujun Yuan, 2020

机译：波浪和潮汐能系统的生命周期评估：当前方法实践的回顾
7. The influence of waves on the tidal kinetic energy resource at a tidal stream energy site [O] . Guillou, Nicolas, Chapalain, Georges, Neill, Simon P. 2016

机译：波浪对潮汐流能量站点的潮汐动能资源的影响
8. Problems in Nonlinear Acoustics: Rayleigh Waves, Pulsed Sound Beams, Reflectionof Focused Beams, Waveguides, Cooperative Radiation of Sound by Bubbles, Acoustic Streaming Effects in Standing Waves, and Spark-Source Lithotripter Pulses [R] . Hamilton, M. F. 1992

机译：在非线性声学问题：瑞利波，脉冲声束，Reflectionof聚焦光束，波导，声辐射协作气泡，声流效应驻波，星火来源碎石脉冲

Rethinking underwater sound -recording methods to work at tidal stream and wave energy sites

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