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Application of a lidar system to the estimation of the ambient aerosols source

机译:激光雷达系统在估算周围气溶胶来源中的应用

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This work presents the aerosol vertical profiles obtained by means of an elastic backscatter ground-based LIDAR, using the 532-nm radiation from a Nd:YAG laser. Simultaneously, the aerosol size distribution in the ambient air was continuously monitored at ground level using an aerosol spectrometer that performs particulate measurements by laser light scattering. Additional information about aerosol index was obtained from TOMS data. The vertical profiles have been useful to relate satellite observations with ground level measurements. In our experiment, deployed on the Iberian Peninsula, an estimation of the provenance of aerosols was made by analyzing the results provided by these instruments, jointly with synoptic meteorological information available.
机译:这项工作展示了使用基于Nd:YAG激光器的532 nm辐射的基于弹性反向散射的地面LIDAR获得的气溶胶垂直剖面。同时,使用气溶胶光谱仪在地面水平上连续监测周围空气中的气溶胶尺寸分布,该气溶胶光谱仪通过激光散射进行颗粒测量。有关气溶胶指数的其他信息是从TOMS数据获得的。垂直剖面对于将卫星观测与地面测量联系起来很有用。在我们部署在伊比利亚半岛的实验中,通过分析这些仪器提供的结果以及可用的天气信息,对气溶胶的来源进行了估算。

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