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A mixing length model for the aqueous boundary layer including the effect of wave breaking on enhancing gas transfer

机译:水性边界层的混合长度模型,包括波断裂对增强气体转移的影响

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摘要

A mixing length model for air-water gas transfer is developed to include the effects of wave breaking. The model requires both the shear velocity induced by the wind and the integrated wave dissipation. Both of these can be calculated for tanks and oceans by a full spectrum wave model. The gas transfer model is calibrated, with laboratory tank measurements of carbon dioxide flux, and transported to oceanic conditions to yield air-sea transfer velocity versus wind speed.
机译:开发了一种用于空气 - 气体转移的混合长度模型,包括波浪断裂的影响。该模型需要由风引起的剪切速度和集成波耗散。这两者都可以通过全谱波模型来计算坦克和海洋。通过实验室罐测量的二氧化碳通量进行校准,并运输到海洋状况,以产生空气海移速度与风速的影响。

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