日本冲绳根家湾内潮特征及其相关冷却系统

M. Rouf, E. Nakaza, Ryutarou Kudaka, L. Kotler
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引用次数: 0

摘要

在日本冲绳根家湾进行了剖面和系泊测量,以研究内部潮流及其相关冷却系统的特征。研究结果表明,深度平均海流几乎与海岸线平行。根据水平流的垂直结构,还存在一个跨岸的内部潮流。这一洋流影响了从近海到近岸的海底水温传输,甚至改变了近岸地区的垂直温度分布,从而建立了独特的冷却系统。斜压谱和底水温谱也符合GB内部潮汐冷却系统。
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CHARACTERISTICS OF THE INTERNAL TIDE AND ITS ASSOCIATED COOLING SYSTEM IN GENKA BAY, OKINAWA, JAPAN
Profiling and mooring measurements were carried out in Genka Bay, Okinawa, Japan to study the characteristics of the internal tidal current and its associated cooling system. The study results show that the depth-averaged current flows nearly parallel to the coastline. There is also an existence of a cross-shore internal tidal current according to the vertical structure of the horizontal current. This current influences on the bottom water temperature transmission from offshore to nearshore bottom water and changes the vertical temperature profile even of nearshore regions and thereby establishes a unique cooling system. Spectra of the baroclinic and bottom water temperature also congruent the internal tide based cooling system in GB.
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