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首页> 外文期刊>Physical review, E >Lagrangian statistics of mesoscale turbulence in a natural environment: The Agulhas return current
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Lagrangian statistics of mesoscale turbulence in a natural environment: The Agulhas return current

机译:拉格朗日统计自然环境中的Messcale湍流:Agulhas返回电流

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摘要

The properties of mesoscale geophysical turbulence in an oceanic environment have been investigated through the Lagrangian statistics of sea surface temperature measured by a drifting buoy within the Agulhas return current, where strong temperature mixing produces locally sharp temperature gradients. By disentangling the large-scale forcing which affects the small-scale statistics, we found that the statistical properties of intermittency are identical to those obtained from the multifractal prediction in the Lagrangian frame for the velocity trajectory. The results suggest a possible universality of turbulence scaling.
机译:通过在Agulhas返回电流内的漂移浮标测量的海面温度的拉格朗日统计,研究了海洋环境中的Mescale地球物理湍流的性质,其强烈的温度混合产生局部锋利的温度梯度。 通过解开影响小规模统计的大规模迫使,我们发现间歇性的统计特性与从拉格朗日框架中的多分术预测获得的速度轨迹获得的统计特性。 结果表明了湍流缩放的可能性普遍性。

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