Transformation of the optical properties and microstructure of aerosol during smog formation in Beijing

机译：北京烟雾形成过程中气溶胶光学性质和微观结构的转变

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The results of study of smog formation in Beijing based on the data of nephelometric measurements are presented. In smog situations, the visual range may reach the values less than 1 km. It was found that the increase of the aerosol volume concentration during smog formation is caused mainly by the growth of particles. Matched variations of the particle's effective radius, refractive index and black carbon volume fraction in a smog episode were observed.

机译：提出了基于比浊法测量数据的北京市雾霾形成研究结果。在烟雾弥漫的情况下，可视范围可能会达到小于1 km的值。发现烟雾形成过程中气溶胶体积浓度的增加主要是由颗粒的生长引起的。观察到烟雾事件中颗粒的有效半径，折射率和黑碳体积分数的匹配变化。

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《Joint International Symposium on Atmospheric and Ocean Optics/Atmospheric Physics; 20050627-30; Tomsk(RU)》|2006年|P.61601R.1-61601R.3|共3页
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Mikhail A. Sviridenkov; Alexer S. Emilenko; Wang Gengchen;
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中图分类大气现象;
关键词
aerosol; nephelometer; size distribution;

机译：气溶胶;浊度计;粒度分布;

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4. Transformation of the optical properties and microstructure of aerosol during smog formation in Beijing [C] . Mikhail A. Sviridenkov, Alexander S. Emilenko, Wang Gengchen, Joint International Symposium on Atmospheric and Ocean Optics/Atmospheric Physics . 2006

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Transformation of the optical properties and microstructure of aerosol during smog formation in Beijing

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