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Chamber Studies on the Photolysis of Aldehydes

机译:商会研究醛的光解

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摘要

Aldehydes are emitted directly into the atmosphere from a variety of natural and anthropogenic sources and are also formed in situ from the atmospheric degradation of volatile organic compounds (VOCs). The atmospheric fate of aldehydes is controlled by photolysis and reaction with hydroxyl (OH) or nitrate (NO3) radicals and, in the case of unsaturated compounds, reaction with ozone (Atkinson, 1994). The photolysis of aldehydes is of particular importance because it is a source of free radicals in the troposphere, and thus may significantly influence the oxidizing capacity of the lower atmosphere (Finlayson-Pitts and Pitts, 1986).
机译:醛直接从各种天然和人为源中发射到大气中,也可以原位形成挥发性有机化合物(VOC)的大气降解。通过光解和与羟基(OH)或硝酸盐(NO 3)的反应来控制醛的大气命运,并且在不饱和化合物的情况下,与臭氧的反应(阿特金森,1994)。醛的光解特别重要,因为它是对流层中自由基的来源,因此可能会显着影响下大气层的氧化能力(Finlayson-pitts和Pitts,1986)。

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