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Experimental determination of UV- and VIS- lidar overlap function

机译:紫外和可见激光重叠功能的实验确定

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This study focuses on the retrieval of lidar overlap functions at two wavelenghts (355 and 532 nm) for the lidar routinely operated at the EARLINET Granada station, placed in the southeastern Iberian Peninsula. For this aim, aerosol backscatter coefficients retrieved from both Raman and elastic lidar signals were used. The method is based on the fact that aerosol backscatter profiles deri ved from elastic signals suffer from incomplete ov erlap effect whereas those retrieved from Raman signals are unaffected. This article report s about the reproducibility of the lidar overlap functions under different atmospheric scenarios and also the impac t of some features of the iterative process itself.
机译:这项研究的重点是为位于伊比利亚东南部的EARLINET Granada站常规运行的激光雷达在两个波长(355和532 nm)处的激光雷达重叠函数的获取。为此,使用了从拉曼信号和弹性激光雷达信号中检索到的气溶胶反向散射系数。该方法基于这样一个事实,即从弹性信号产生的气溶胶反向散射剖面受到不完全的椭圆重叠效应的影响,而从拉曼信号中获取的那些则不受影响。本文报道了在不同大气情况下激光雷达重叠函数的可再现性,以及迭代过程本身的某些特征的影响。

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