Titlebook: Atmospheric Reaction Chemistry; Hajime Akimoto Book 2016 Springer Japan 2016 Atmospheric Elementary Reaction Kinetics.Atmospheric Heteroge

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Atmospheric Reaction Chemistry978-4-431-55870-5Series ISSN 2194-5217 Series E-ISSN 2194-5225

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Fundamentals of Atmospheric Photochemistry,damentals of atmospheric photochemistry. Starting from ex-terrestrial solar spectrum, attenuation of solar radiation by the absorption of O. and O., and parameters which affect the intensity of solar radiation such as solar zenith angle, air mass, scattering by atmospheric molecules and particles, s

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Spectra and Photolytic Reactions of Atmospheric Molecules,are photolyzed under the actinic flux in the troposphere and stratosphere. A section on photolysis in the troposphere covers molecules, O., NO., HONO, NO., N.O., HCHO, CH.COCH., H.O., HO.NO., HNO., PAN etc. A section on photolysis in the stratosphere covers molecules, O., NO, N.O, COS, SO., CH.Cl, C

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Tropospheric Reaction Chemistry,lkynes and aromatics, OH- O.- and NO.- initiated oxidation mechanism of alkenes including isoprene, and so on. Formation and loss process of O. by the OH radical chain reaction is discussed in detail as a function of NO. and VOC quoting experimental results of an environmental chamber studies includ

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Stratospheric Reaction Chemistry, formation, ozone loss cycles by trace species. The descriptions are made for HO. cycle brought about by H.O, H. and CH., NO. cycle by N.O and ClO. cycle by CH.Cl in the natural stratosphere. Other than these reaction cycles, reaction caused by bromine, iodine, and fluorine are also described..Anthr

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