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Remote Sensing and Structure Analysis for Turbulence and Fog in Atmospheric Boundary Layer

机译:大气边界层湍流和雾的遥感和结构分析

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摘要

The turbulence phenomena and fog formation mechanism related to air pollution in atmospheric boundary layer (ABL) are discussed with radar, satellite, and sounding data. Research results show that air pollution in urban may also be stronger than that of rural areas because the city turbulence is larger. The structure analysis with the v-30 chart indicates that typical fog features are the inversion layer, more humidity and north wind in ABL. The pioneer of cold air is the important information for the fog formation and evolution. Winter fog is the transition area between the cold and warm air.
机译:利用雷达,卫星和测深数据,讨论了与大气边界层(ABL)中的空气污染有关的湍流现象和雾形成机理。研究结果表明,由于城市湍流较大,城市的空气污染也可能比农村的空气污染更严重。 v-30图表的结构分析表明,典型的雾特征是ABL中的反演层,更多的湿度和北风。冷空气的先驱者是雾形成和演化的重要信息。冬季雾是冷空气和热空气之间的过渡区域。

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