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涉海工程水下冲击打桩噪声测量方法研究
引用本文:牛富强,李智,薛睿超,马丽,杨燕明.涉海工程水下冲击打桩噪声测量方法研究[J].海洋开发与管理,2021,38(7):55-61.
作者姓名:牛富强  李智  薛睿超  马丽  杨燕明
作者单位:自然资源部第三海洋研究所;长江三峡集团福建能源投资有限责任公司
基金项目:国家自然科学基金面上项目(41976175);中国长江三峡集团公司资助项目(CTGFB/0002-2018).
摘    要:随着海洋、湖泊、河流和港口等人类活动逐渐增加,涉海工程产生的水下噪声污染及对海洋生物影响已引起广泛关注。工程建设期环境影响评价中,水下噪声测量逐渐成为海洋监管的要素。水下冲击打桩是工程建设中常见的低频水下脉冲声源,能够传播较远距离。如何规范地开展水下冲击打桩噪声测量至关重要。文章给出了水下冲击打桩噪声的通用测量方法,包括声学指标、测量系统、测量布放、声学测量配置、测量不确定性等,可为海洋工程建设影响评价、海洋生物生态保护等提供技术支撑。

关 键 词:涉海工程  水下冲击打桩噪声  噪声测量方法  影响评价

Study on Measurement Method of Percussive Pile Driving Underwater Noise from Marine Engineering
NIU Fuqiang,LI Zhi,XUE Ruichao,MA Li,YANG Yanming.Study on Measurement Method of Percussive Pile Driving Underwater Noise from Marine Engineering[J].Ocean Development and Management,2021,38(7):55-61.
Authors:NIU Fuqiang  LI Zhi  XUE Ruichao  MA Li  YANG Yanming
Institution:Third Institute of Oceanography,MNR;Fujian Energy Investment Co.,Ltd
Abstract:The increasing number of sound producing human activities in oceans,seas,lakes,rivers,and harbors has led to concern over underwater noise pollution from unwanted sound and its potential effect on aquatic life.In the environmental impact assessment during the construction period of marine engineering,the measurement of underwater noise gradually becomes an element of marine management and supervision.Percussive pile driving is a significant source of low frequency impulsive underwater sound,which can propagate over large distances.It is very important to establish a standardized measurement method of underwater percussive pilling noise.The paper provided a general measurement method for underwater percussive pilling noise,including acoustic metrics,measurement equipment,deployment for measurement,acoustic measurement configuration,and measurement uncertainty,etc..The results can provide technical support for the impact assessment of marine engineering construction and the marine ecological protection.
Keywords:Marine engineering  Underwater percussive pile driving noise  Measurement method of noise  Impact assessment
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