PortMap:一种高空间分辨率的甚高频海面雷达

M. Heron, T. Helzel, A. Prytz, M. Kniephoff, W. Skirving
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引用次数: 6

摘要

一个工作频率为152.2 MHz、带宽为1.5 MHz的甚高频海洋表面雷达系统在100米的空间网格上产生表面电流。这是目前在港口和周围的自然或人造海岬特征地图产品的适当空间分辨率。讨论了新型PortMap雷达的设计参数,并展示了使用一个狭窄的潮汐入口的早期原型的样本数据,每个入口都有航运通道和泥滩。研究表明,在退潮中形成的涡动结构对沿海岸方向穿过入口的泥沙输送有特殊影响。第二个案例研究表明,沿岸水流与岬角相互作用,在背风侧产生水的再循环。在这两种情况下,数据点的100米空间尺度提供了表面电流的良好采样图像。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PortMap: a VHF ocean surface radar for high spatial resolution
A VHF ocean surface radar system operating at 152.2 MHz with a bandwidth of 1.5 MHz is producing surface currents on a spatial grid of 100 m. This is an appropriate spatial resolution for current map products in Ports and Harbours and around natural or built headland features. The design parameters for the new PortMap radar are discussed and sample data are shown using an early prototype for a narrow tidal inlet with a shipping channel and mudflats on each side. We show that eddy structures develop in the ebb flow which have special consequences for sediment transport in the alongshore direction across the mouth of the inlet. A second case study is shown where an alongshore current interacts with a headland to produce a recirculation of water on the leeward side. In both cases the 100 m spatial scale of the data points gives a well-sampled image for surface current.
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