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AN EMPIRICAL METHOD FOR THE PREDICTION OF SEAFLOOR SEDIMENT PROPERTIES FROM MULTIBEAM ECHO-SOUNDER BACKSCATTER DATA

机译：多次回声探测器反向散射数据预测海底沉积物特性的经验方法

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Multibeam echo-sounders (MBES) are primarily used to map bathymetry. In addition, MBESs can also measure the acoustic backscatter intensity of the seafloor [1, 2]. Backscatter intensity is influenced by seafloor properties, such as its acoustic impedance (relative to the water above it), surface roughness and volume heterogeneity (relative to the acoustic wavelength); as well as system properties and geometry, such as acoustic frequency and the incidence angle, for details see [3] and references therein. Hence, backscatter intensity measurements have been used to infer seafloor properties and segment the seafloor into different acoustically different regions [4, 5].

机译：多次辐射回声探测器（MBES）主要用于映射浴。此外，MBESS还可以测量海底[1,2]的声反向散射强度。反向散射强度受到海底性质的影响，例如其声阻抗（相对于其上方的水），表面粗糙度和体积异质性（相对于声波长）;以及系统性质和几何形状，例如声频和入射角，详细信息见[3]和引用。因此，反向散射强度测量已被用于推断海底性质并将海底分段为不同的声学上不同的区域[4,5]。

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《European Conference on Underwater Acoustics》|2012年||共7页
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I. M. Parnum; A. N. Gavrilov;
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1. High-frequency multibeam echo-sounder measurements of seafloor backscatter in shallow water: Part 1 - Data acquisition and processing [J] . Iain M Parnum, Alexander N Gavrilov Underwater technology . 2011,第1期

机译：浅海海底反向散射的高频多波束回声测深：第1部分-数据采集和处理
2. Multisource multibeam backscatter data: developing a strategy for the production of benthic habitat maps using semi-automated seafloor classification methods [J] . Myriam Lacharité, Craig J. Brown, Vicki Gazzola Marine Geophysical Researches . 2018,第1a2期

机译：Multisource Multibeam Backsfatter数据：使用半自动海底分类方法制定生产Benthic栖息地地图的策略
3. A combined boundary integral and Lambert's Law method for modelling multibeam backscatter data from the seafloor [J] . Yu Jiashun, Henrys Stuart A., Brown Colin, Continental Shelf Research: A Companion Journal to Deep-Sea Research and Progress in Oceanography . 2015,第Null期

机译：结合边界积分和Lambert定律的方法对海底多光束反向散射数据进行建模
4. AN EMPIRICAL METHOD FOR THE PREDICTION OF SEAFLOOR SEDIMENT PROPERTIES FROM MULTIBEAM ECHO-SOUNDER BACKSCATTER DATA [C] . I. M. Parnum, A. N. Gavrilov European Conference on Underwater Acoustics . 2012

机译：多次回声探测器反向散射数据预测海底沉积物特性的经验方法
5. Estimating surficial seafloor sediment properties using an empirical orthogonal decomposition on acoustic backscatter waveform properties [D] . Humberston, Joshua L. 2015

机译：使用声学反向散射波形特性的经验正交分解估算表层海底沉积物特性
6. A Comparison of Supervised Classification Methods for the Prediction of Substrate Type Using Multibeam Acoustic and Legacy Grain-Size Data [O] . David Stephens, Markus Diesing -1

机译：使用多光束声和遗留粒度数据预测基材类型的监督分类方法的比较
7. An inter-comparison of sediment classification methods based on multi-beam echo-sounder backscatter and sediment natural radioactivity data [O] . Snellen, M. (author), Eleftherakis, S. (author), Amiri-Simkooei, A. (author), 2013

机译：基于多波束回声-后向散射和沉积物自然放射性数据的沉积物分类方法的比较
8. Empirical Predictions of Seafloor Properties Based on Remotely Measured Sediment Impedance [R] . Richardson, M. D. , Briggs, K. B. 2002

机译：基于遥测沉积物阻抗的海底性质经验预测

AN EMPIRICAL METHOD FOR THE PREDICTION OF SEAFLOOR SEDIMENT PROPERTIES FROM MULTIBEAM ECHO-SOUNDER BACKSCATTER DATA

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