The effect of bedform dynamics on computing suspended sediment fluxes using optical backscatter sensors and current meters

Martin J. Austin; Gerhard Masselink

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The effect of bedform dynamics on computing suspended sediment fluxes using optical backscatter sensors and current meters

机译：床形动力学对使用光学反向散射传感器和电流计计算悬浮泥沙通量的影响

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The sensitivity of the suspended sediment flux is tested with respect to rapid changes in bed-level across the surf zone of a sandy beach. The suspended flux was computed using a fixed instrument array, but bed-level changes due to ripple migration caused

机译：相对于横跨沙滩冲浪区的床位快速变化，测试了悬浮泥沙通量的敏感性。使用固定的仪器阵列来计算悬浮通量，但由于波纹迁移而导致的床位变化会导致

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来源
《Coastal engineering》 |2008年第3期|p.251-260|共10页
作者
Martin J. Austin; Gerhard Masselink;
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作者单位

School of Earth, Ocean and'Environmental Science, University of Plymouth, Drake Circus, Plymouth, PL4 8AA, UK;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类水路运输;
关键词
suspended sediment; surf zone; bedforms; optical backscatter sensor; sediment transport;

机译：悬浮泥沙;冲浪带;地基;光学反向散射传感器;泥沙输送;

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专利

1. Estimating suspended sediment concentration using backscatterance from an acoustic Doppler profiling current meter at a site with strong tidal currents [J] . Lucas M. Merckelbach, Herman Ridderinkhof Ocean Dynamics . 2006,第3a4期

机译：在潮汐流强的地点使用多普勒剖面电流计的反向散射来估算悬浮沉积物的浓度
2. Field deployment and evaluation of a prototype autonomous two dimensional acoustic backscatter instrument: The Bedform And Suspended Sediment Imager (BASSI) [J] . Moate Benjamin D., Thorne Peter D., Cooke Richard D. Continental Shelf Research: A Companion Journal to Deep-Sea Research and Progress in Oceanography . 2016,第Null期

机译：原型自主二维声学反向散射仪的现场部署和评估：床形和悬浮泥沙成像仪（BASSI）
3. The calibration of optical backscatter sensors for suspended sediment of varying darkness levels [J] . T. F. Sutherland, P. M. Lane Marine Geology . 2000,第2a4期

机译：光学背向散射传感器的校准，用于不同浓度水平的悬浮沉积物
4. FIELD METHODS FOR IMAGING SUSPENDED SEDIMENT DYNAMICS AND FLUXES WITH A MULTI-BEAM ECHO- SOUNDER [C] . SM Simmons, DR Parsons, JL Best European Conference on Underwater Acoustics . 2012

机译：用于成像悬浮沉积物动力学的现场方法和多束回波发声器的助焊剂
5. Simulating Suspended Sediment Dynamics in Shallow-Water Wave- and Current-Driven Environments [D] . Nelson, Kurt. 2018

机译：模拟浅水波和电流驱动环境中的悬浮沉积动力学
6. Laboratory Evaluation of Acoustic Backscatter and LISST Methods for Measurements of Suspended Sediments [O] . Ramazan Meral 2008

机译：声学背向散射和LISST方法测量悬浮泥沙的实验室评估
7. Field deployment and evaluation of a prototype autonomous two dimensional acoustic backscatter instrument: The Bedform And Suspended Sediment Imager (BASSI) [O] . Moate Benjamin D., Thorne Peter D., Cooke Richard D. 2016

机译：现场部署和评估原型自动二维声反向散射仪器：床形和悬浮沉积物成像仪（BassI）
8. Summary of Optical-Backscatter and Suspended-Sediment Data, Tomales Bay Watershed, California, Water Years 2004, 2005, and 2006 [R] . Curtis, J. A. 2007

机译：2004年，2005年和2006年加利福尼亚Tomales Bay流域的光学背向散射和悬浮泥沙数据摘要

The effect of bedform dynamics on computing suspended sediment fluxes using optical backscatter sensors and current meters

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