Sea Surface Current–Wave–Wind Interactions Measured by Coastal Ground Wave HF Radars

Cochin V.; Mariette V.; Garello R.

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Sea Surface Current–Wave–Wind Interactions Measured by Coastal Ground Wave HF Radars

机译：沿海地波HF雷达测量的海表波流风相互作用

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The performance and operational feasibility of the high-frequency Wellen Radar Doppler radar have been demonstrated in a region dominated by strong tidal currents during the SURveillance LITtorale OPÉrationnelle experiment in Brittany (France). Local weather-oceanic phenomena (wind–wave–current interactions) were measured for the first time by temporal-spatial analyses of the sea surface current measurements, sea surface current spatial gradient, and significant wave heights under conditions of spring tides and current mainly in the wind direction. The results, showing a variation of wave height with the tidal cycle, are presented in this letter.

机译：在法国布列塔尼进行的监视LITtoraleOPÉrationnelle实验期间，在一个以强潮流为主的地区，已经证明了高频Wellen雷达多普勒雷达的性能和操作可行性。通过对春季潮汐和洋流条件下主要的潮汐和洋流条件进行时空分析，首次测量了局部天气-海洋现象（风-波-流相互作用）。风向。结果显示了波高随潮汐周期的变化，这封信表示。

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《IEEE Geoscience and Remote Sensing Letters》 |2008年第2期|p.227-230|共4页
作者
Cochin V.; Mariette V.; Garello R.;
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正文语种 eng
中图分类测绘遥感技术;
关键词
High-frequency (HF) ground wave Doppler radar; sea state; sea surface currents; windȁ3; waveȁ3; current interactions; wind–wave–current interactions;

机译：高频（HF）地波多普勒雷达;海况;海面电流;风ȁ3;波ȁ3;电流相互作用;风-波-电流相互作用;

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1. The Study of Single Station Inverting the Sea Surface Current by HF Ground Wave Radar Based on Adjoint Assimilation Technology [J] . HAN Shuzong, YANG Hua, XUE Wenhu, 中国海洋大学学报（英文版） . 2017,第003期

机译：基于伴随同化技术的HF地面波雷达单站逆转海面电流的研究
2. Application of ESPRIT in Broad Beam HF Ground Wave Radar Sea Surface Current Mapping [J] . Liu Dan-hong, Wu Xiong-bin, Wen Bi-yang, Wuhan University Journal of Natural Sciences . 2004,第2期

机译：ESPRIT在宽波束HF地面波雷达海面电流测绘中的应用
3. Sea Surface Height and Current Responses to Synoptic Winter Wind in the Bohai, Yellow, and East China Seas: Two Leading Coastal Trapped Waves [J] . Li Zhiyuan, Huang Daji Journal of Geophysical Research, C. Oceans: JGR . 2019,第4期

机译：海面高度和当前对渤海，黄色和华东海域舞台冬季风的响应：两个领先的沿海被困波
4. Pisces: A Coastal Ground-wave HF Radar For Current, Wind And Wave Mapping to 200 Km Ranges [C] . Shearman, E.D.R., Moorhead, . 2001

机译：双鱼座：沿海地波HF雷达，用于将电流，风和波映射到200 Km范围
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. Surface waves magnitude estimation from ionospheric signature of Rayleigh waves measured by Doppler sounder and OTH radar [O] . Giovanni Occhipinti, Florent Aden-Antoniow, Aurélien Bablet, -1

机译：根据多普勒测深仪和OTH雷达测量的瑞利波的电离层特征估算表面波强度
7. Sea Surface Height and Current Responses to Synoptic Winter Wind in the Bohai, Yellow, and East China Seas: Two Leading Coastal Trapped Waves [O] . Zhiyuan Li, Daji Huang 2019

机译：海面高度和当前对渤海，黄色和东海舞蹈冬季风的响应：两个领先的沿海被困波

Sea Surface Current–Wave–Wind Interactions Measured by Coastal Ground Wave HF Radars

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