直布罗陀海峡和卡拉盖茨:内部潮汐的比较

Eugene G Morozov , Gregorio Parrilla-Barrera , Manuel G Velarde , Anatoly D Scherbinin
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引用次数: 31

摘要

对直布罗陀海峡和卡拉盖茨海峡的系泊电流测量、数值模型计算和卫星图像进行了比较。在这两个海峡中,具有半日频的垂直内位移(双振幅)都非常大。位移与底板上的内部潮汐波有关。内部潮汐的能量被传递给内部孔和相关的短周期内波包。它们的地表形态可以在卫星图像上看到。数值模拟表明,地中海向大西洋的流出流对内潮有显著的影响。在喀拉海门,从巴伦支海到喀拉海的水流也有类似的影响。在直布罗陀海峡东部和卡拉门西南部的卫星图像上可以看到,与水流方向相反的内部潮汐加强并分解成较短周期的波浪。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The straits of Gibraltar and Kara Gates: a comparison of internal tides

Moored current measurements, numerical model calculations, and satellite images from the straits of Gibraltar and Kara Gates are compared. The vertical internal displacements (double amplitudes) with a semidiurnal frequency are extremely large in both straits. The displacements are related to internal tidal waves over the sills. The energy of the internal tides is transferred to an internal bore and associated wave packets of short-period internal waves. Their surface manifestation can be seen on the satellite images. Numerical modeling shows that the outflowing current from the Mediterranean Sea to the Atlantic Ocean has a significant influence on internal tides. In the Kara Gates, the flow from the Barents Sea to Kara Sea has a similar influence. The internal tide propagating in the opposite direction to the flows intensifies and breaks down into shorter period waves that are seen on the satellite images in the eastern part of the Strait of Gibraltar and in the southwestern part of the Kara Gates.

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