Remote sensing of ocean internal waves: An overview

Klemas V.

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Remote sensing of ocean internal waves: An overview

机译：海洋内波遥感：概述

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Oceanic internal waves can form at the interface (pycnocline) between layers of different water density and propagate long distances along the pycnocline. Internal waves on continental shelves are important because they can attain large amplitudes and affect acoustic wave propagation, submarine navigation, nutrient mixing in the euphotic zone, sediment resuspension, cross-shore pollutant transport, coastal engineering, and oil exploration. Internal waves induce local currents that modulate surface wavelets and slicks, causing patterns of alternating brighter and darker bands to appear on the surface. The surface patterns can be mapped by satellites using synthetic aperture radar (SAR) or visible imagers. The objectives of this article are to discuss methods for remotely studying and mapping ocean internal waves and to present examples illustrating the application of satellite remote sensing.

机译：海洋内部波可以在不同水密度的水层之间的界面（比高ocline）处形成，并沿比高ococline传播很长的距离。大陆架上的内波很重要，因为它们可以达到很大的振幅并影响声波传播，海底航行，在富营养区的养分混合，沉积物重悬，跨岸污染物运输，海岸工程和石油勘探。内部波会感应局部电流，这些电流会调制表面小波和浮油，从而在表面上出现亮带和暗带交替出现的模式。可以使用人造孔径雷达（SAR）或可见光成像仪通过卫星绘制表面图案。本文的目的是讨论远程研究和绘制海洋内部波的方法，并提供示例说明卫星遥感的应用。

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《Journal of Coastal Research: An International Forum for the Littoral Sciences》 |2012年第3期|共7页
作者
Klemas V.;
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正文语种 eng
中图分类水文科学（水界物理学）;
关键词
Ocean internal waves; remote sensing; satellite oceanography;

机译：海洋内波;遥感;卫星海洋学;

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1. Remote sensing of ocean internal waves: An overview [J] . Klemas V. Journal of Coastal Research: An International Forum for the Littoral Sciences . 2012,第3期

机译：海洋内波遥感：概述
2. The first quantitative remote sensing of ocean internal waves by Chinese GF-3 SAR satellite [J] . YANG Jingsong, WANG Juan, REN Lin 海洋学报（英文版） . 2017,第001期

机译：中国GF-3 SAR卫星首次对海洋内波进行定量遥感
3. A study of SAR remote sensing of internal solitary waves in the north of the South China Sea: II. Simulation of SAR signatures of internal solitary waves [J] . FAN Zhisong, ZHANG Yuanling, SONG Mei 海洋学报（英文版） . 2008,第005期

机译：南海北部内部孤立波的SAR遥感研究：II。内部孤波的SAR签名模拟
4. Investigation of perturbing action of atmospheric and internal oceanic processes on the waved sea surface using ocean remote sensing data [C] . Lavrova, O., Mityagina, . 1998

机译：利用海洋遥感数据研究大气和内部海洋过程对波浪形海面的扰动作用
5. WAVE-CURRENT AND WAVE-TOPOGRAPHIC INTERACTIONS USING SEASAT SYNTHETIC APERTURE RADAR OBSERVATIONS AND ANALYTICAL OCEAN MODELS (SEASAT SAR, WAVE-CURRENT INTERACTION, REMOTE SENSING, WAVE MOTION, WAVE-TOPOGRAPHIC INTERACTION). [D] . TSENG, YUN-CHI. 1985

机译：使用SEASAT合成孔径雷达观测和解析海洋模型（SEASAT SAR，波-电流相互作用，遥感，波运动，波-地形相互作用）进行波-电流和波-地形相互作用。
6. A Rotating Knife-beam Altimeter for Wide-swath Remote Sensing of Ocean: Wind and Waves [O] . V. Yu. Karaev, M. B. Kanevsky, G. N. Balandina, 2006

机译：用于大范围遥感海洋的旋转刀梁高度计：风浪
7. On the observability of internal tidal waves in remotely-sensed ocean colour data [O] . Da Silva, J.C.B., New, A.L., Srokosz, M.A., 2002

机译：论遥感海洋数据中内部潮汐的可观测性
8. Oceanic Internal Waves from Ship, Aircraft, and Spacecraft: A Report on the New York-to-Bermuda Remote Sensing Experiment. [R] . Proni, J. R., Apel, J. R., Byrne, H. M., 1978

机译：来自船舶，飞机和航天器的海洋内波：关于纽约到百慕大遥感实验的报告。

Remote sensing of ocean internal waves: An overview

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