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Acid rain --- Atmosfeer--Chemie --- Atmosferische chemie --- Atmospheric chemistry --- Atmosphère [Chimie de l' ] --- Chemie [Atmosferische ] --- Chemie van de atmosfeer --- Chemistry [Atmospheric ] --- Chimie atmosphérique --- Chimie de l'atmosphère --- Pluie acide --- Troposfeer --- Troposphere --- Troposphère --- Zure regen --- Research --- Acid rain. --- Atmospheric chemistry. --- Troposphere. --- Environmental Sciences and Forestry. Environmental Management --- Environmental Pollution --- Air Pollution --- Air Pollution. --- United States --- Atmospheric chemistry - Research - United States
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Atmospheric chemistry. --- Climatology. --- Atmosfeer--Chemie --- Atmosferische chemie --- Atmospheric chemistry --- Atmosphère [Chimie de l' ] --- Chemie [Atmosferische ] --- Chemie van de atmosfeer --- Chemistry [Atmospheric ] --- Chimie atmosphérique --- Chimie de l'atmosphère --- Climate (Uf) --- Chimie de l'atmosphère --- Climatology --- Climatologie --- Climate --- Climatic changes. --- Climate. --- Atmospheric composition --- Global warming --- Models --- Theory --- Atmosphere (earth)
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Dimethylsulphide (DMS), emitted by marine phytoplankton, is the second most important source of atmospheric sulphur, after anthropogenic SO2. In the atmosphere, DMS is transformed into condensable acidic sulphur products and, through gas-to-particle conversion, it becomes the most important natural source of atmospheric sulphate aerosols. Possible climatic effects have been suggested, linked to the negative radiative forcing due to scattering of solar radiation and especially to modification of cloud albedo over oceans by sulphate aerosol particles. These effects occur in addition to those deriving from the superimposed anthropogenic component of the atmospheric sulphate. Understanding the cycle of DMS in the marine troposphere and its interaction with the aerosol budget and cloud properties has become a key research target in these last years. Our knowledge of the many processes involved is still fragmentary, however. This book, which updates the state of our comprehension of the marine DMS cycle with special regard to its climatic impact, will be of interest to marine biologists, atmospheric chemists, aerosol physicists and climatologists, and to scientists concerned with changes in the Earth's climate.
Atmosfeer--Chemie --- Atmosferische chemie --- Atmospheric chemistry --- Atmosphère [Chimie de l' ] --- Chemie [Atmosferische ] --- Chemie van de atmosfeer --- Chemistry [Atmospheric ] --- Chimie atmosphérique --- Chimie de l'atmosphère --- Atmospheric dimethyl sulfide --- Dimethyl sulfide --- Climatic changes --- Sulfur cycle --- Biogeochemical cycles --- Environmental aspects --- Sulphur cycle --- Dimethyl sulphide --- Dimethylsulfide --- Methyl sulfide --- Sulfides --- Changes, Climatic --- Climate change --- Climate changes --- Climate variations --- Climatic change --- Climatic fluctuations --- Climatic variations --- Global climate changes --- Global climatic changes --- Climatology --- Climate change mitigation --- Teleconnections (Climatology) --- Air --- Atmospheric dimethyl sulphide --- Atmospheric sulfur compounds --- Dimethyl sulfide content --- Changes in climate --- Climate change science --- Global environmental change --- Atmospheric dimethyl sulfide - Congresses --- Dimethyl sulfide - Environmental aspects - Congresses --- Climatic changes - Environmental aspects - Congresses --- Sulfur cycle - Congresses --- Biogeochemical cycles - Congresses
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Oxidation and removal of atmospheric constituents involve complex sequences of reactions which can lead to the production of photo-oxidants such as ozone. In order to understand and model these complex reaction sequences, it is necessary to have a comprehensive understanding of reaction mechanisms and accurate estimates of kinetic parameters for relevant gas-phase atmospheric reactions. This book presents recent advances in the field and includes the following topics: the oxidation of simple organic compounds, NOx kinetics and mechanisms, OH radical production and rate constants for the OH attack on more complex organic compounds, peroxy and alkoxy radical reactions, photo-oxidation of aromatic and biogenic compounds, the interaction between radical species, the nitrate radical and its role in night-time reactions as well as the sources and sinks of HOx and RO2. This book is volume 3 of the series on Transport and Chemical Transformation of Pollutants in the Troposphere.
Atmosfeer--Chemie --- Atmosferische chemie --- Atmospheric chemistry --- Atmospheric ozone --- Atmosphère [Chimie de l' ] --- Chemie [Atmosferische ] --- Chemie van de atmosfeer --- Chemistry [Atmospheric ] --- Chimie atmosphérique --- Chimie de l'atmosphère --- Fotochemische oxydanten --- Oxydanten [Fotochemische ] --- Oxydants [Photochemical ] --- Oxydants photochimiques --- Ozon in de atmosfeer --- Ozone atmosphérique --- Photochemical oxydants --- Troposfeer --- Troposphere --- Troposphère --- Photochemical oxidants --- Oxidizing agents --- Photochemical smog --- Chemistry, Physical and theoretical --- Atmosphere --- Air --- Ozone --- Ozone content --- Atmopsheric chemistry. --- Photochemical oxidants. --- Atmospheric science --- Air pollution. --- Geophysics. --- Physical chemistry. --- Atmospheric sciences. --- Analytical chemistry. --- Atmospheric Protection/Air Quality Control/Air Pollution. --- Geophysics/Geodesy. --- Physical Chemistry. --- Atmospheric Sciences. --- Analytical Chemistry. --- Analysis, Chemical --- Analytic chemistry --- Chemical analysis --- Chemistry, Analytic --- Chemistry --- Atmospheric sciences --- Earth sciences --- Chemistry, Theoretical --- Physical chemistry --- Theoretical chemistry --- Geological physics --- Terrestrial physics --- Physics --- Air contaminants --- Air pollutants --- Air pollution --- Air pollution control --- Air toxics --- Airborne pollutants --- Contaminants, Air --- Control of air pollution --- Pollutants, Air --- Toxics, Air --- Pollution --- Air quality --- Atmospheric deposition --- Control --- Troposphere. --- Atmospheric ozone. --- Atmospheric chemistry.
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