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Layer structure of stratospheric ozone concentration profile retrieving from UV-lidar data

机译:从紫外激光雷达数据获取的平流层臭氧浓度剖面的层结构

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摘要

The researches of ozone profile concentration layer structures can conditionally be sectioned into two stages. At the first stage (70-80-th years) of development lidar technique principle was the retrieving of ozone profile. Recently, in connection with development of a laser technology and accuracy of a receiving lidar signals there is a capability analysis of a ozone profile layers structure. The accuracy of retrieving of layer structure is determined by used methods of smoothing and derivation. At different noise levels of lidar signals the methods will introduce the features, conforming to them in retrieving layer structures of ozone profile concentration. In the given report the results of the software package MOLSA usage for analysis of the smoothing and derivation numerical methods influencing on retrieving of an ozone profile layers structure are shown.
机译:臭氧剖面浓缩层结构的研究可以有条件地分为两个阶段。在发展激光雷达技术原理的第一阶段(70-80年),是获取臭氧剖面图。近来,结合激光技术的发展和接收激光雷达信号的准确性,存在对臭氧分布层结构的能力分析。层结构的检索精度由使用的平滑和推导方法确定。在激光雷达信号的噪声水平不同时,这些方法将介绍这些特征,并在检索臭氧剖面浓度的层结构时与这些特征相符。在给定的报告中,显示了软件包MOLSA的使用结果,该软件包用于分析影响臭氧剖面层结构检索的平滑和推导数值方法。

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