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Retrieval of Spatial Field of Atmospheric Aerosol Concentration according to Data from Local Measurements: A Modification of the Method of Back Trajectory Statistics

机译:根据局部测量数据反演大气气溶胶浓度的空间场:后向轨迹统计方法的一种改进

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摘要

The well-known method of the back trajectory statistics (BTS) is used to develop a new approach to estimating atmospheric pollution fields according to local measurements. On the basis of instrumental measurements at one or a few monitoring points and information on atmospheric dynamics (in this work, back trajectories of the motion of air particles), the BTS method makes it possible to estimate the spatial structure of fields of a measured quantity. Results from solving a simplified demonstration of estimating the spatial distribution of the volume concentration of a fine aerosol fraction are presented; these results were obtained on the basis of an analysis of photometric measurements in the period of 2004—2010 at six AERO-NET monitoring sites on the territory of Russia: Zvenigorod, Moscow, Yekaterinburg, Tomsk, Yakutsk, and Ussuriisk.
机译:反向轨迹统计(BTS)的众所周知的方法用于开发一种根据本地测量结果估算大气污染场的新方法。根据一个或几个监测点的仪器测量结果以及大气动力学信息(在这项工作中,是空气颗粒运动的后向轨迹),BTS方法使估算被测量场的空间结构成为可能。 。给出了求解简化的估算精细气雾剂体积浓度空间分布的结果。这些结果是基于对2004年至2010年期间俄罗斯境内六个AERO-NET监视站点(兹韦尼哥罗德,莫斯科,叶卡捷琳堡,托木斯克,雅库茨克和乌苏里斯克)的光度测量分析得出的。

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