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CONCENTRATION AND DISPERSION MODELING OF THE KILAUEA PLUME

机译:KILAUEA羽的浓度和分散模型

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摘要

Aircraft data and visual observations confirm the importance of the trade wind inversion in trapping aerosols in the boundary layer, documented by the large drop in aerosol optical depth during an ascent through the plume. Comparison of the model concentrations and sun photometer observations suggests that the model is able to produce reasonable plume concentrations and spatial gradients downwind of the source. Prognoses of aerosol concentration degraded with time and distance northward along the Kona Coast.
机译:飞机数据和视觉观察结果证实了逆风逆转在将气溶胶捕获到边界层中的重要性,这可以通过上升羽流过程中气溶胶光学深度的大幅下降来证明。模型浓度和太阳光度计观测值的比较表明,该模型能够在源的顺风方向产生合理的羽流浓度和空间梯度。沿着科纳海岸向北,随着时间和距离的增长,气溶胶浓度的预后降低。

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