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Research highlights: laboratory studies of the formation and transformation of atmospheric organic aerosols

机译:研究重点:大气有机气溶胶形成和转化的实验室研究

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Atmospheric particles are emitted from a variety of anthropogenic and natural precursors and have direct impacts on climate, by scattering solar irradiation and nucleating clouds, and on health, by causing oxidative stress in the lungs when inhaled. They may also form from gaseous precursors, creating complex mixtures of organic and inorganic material. The chemical composition and the physical properties of aerosols will evolve during their one-week lifetime which will consequently change their impact on climate and health. The heterogeneity of aerosols is difficult to model and thus atmospheric aerosol research strives to characterize the mechanisms involved in nucleating and transforming particles in the atmosphere. Recent advances in four laboratory studies of aerosol formation and aging are highlighted here.
机译:大气颗粒物是从各种人为和天然的前体中散发出来的,它们通过散布太阳辐射和使云层成核而对气候产生直接影响,并且通过吸入时在肺中引起氧化应激而对健康产生直接影响。它们也可能由气态前体形成,形成有机和无机材料的复杂混合物。气雾剂的化学成分和物理特性将在其一周的使用期限内发生变化,从而改变其对气候和健康的影响。气溶胶的异质性很难建模,因此,大气气溶胶研究致力于表征与大气中颗粒成核和转化有关的机制。这里重点介绍了四个关于气溶胶形成和老化的实验室研究的最新进展。

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