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: e.g. the oxidation of simple organic compounds, NOx kinetics and mechanisms, OH radical production and rate constants for the…mehr
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: e.g. 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, and the interaction between radical species.
Produktdetails
Produktdetails
Transport and Chemical Transformation of Pollutants in the Troposphere 3
1.- 2 Scientific Results.- 3.1 Laboratory Studies of the Atmospheric Decay of Hydrocarbons in the NOx Free Atmosphere.- 3.2 OH Initiated Oxidation of VOC under Variable NOx Conditions.- 3.3 Laboratory and Field Measurement Studies of the Tropospheric Chemistry of Nitrate and Peroxy Radicals.- 3.4 Tropospheric Degradation of Aromatics: Laboratory Kinetic Studies of some First Steps of the OH Initiated Oxidation.- 3.5 Laboratory Studies of the Formation of Hydroperoxides in Ozonolysis of Anthropogenic and Biogenic Alkenes.- 3.6 Gas-Phase Reactions of Interest in Night-Time Tropospheric Chemistry.- 3.7 Laboratory Studies of Peroxy Radical Reactions of Importance for Tropospheric Chemistry.- 3.8 The Rates and Mechanisms for VOC Photo-oxidation Reactions under Simulated Tropospheric Conditions.- 3.9 Laboratory Studies of NO3 and OH Reactions of Tropospheric Relevance.- 3.10 Peroxy Radical Reactions of Tropospheric Interest.- 3.11 Laboratory Studies of Some Thermal Reactions Involving NOy Species.- 3.12 High-Resolution Measurements of the Absorption Cross-Sections for O3 and NO2.- 3.13 Laboratory Studies of Peroxy Radicals, Carbonyl Compounds and Ozonolysis Reactions of Tropospheric Importance.- 3.14 Atmospheric Chemistry of Nitrogen-Containing Species.- 3.15 Kinetic Studies of Reactions of Alkylperoxy and Haloalkylperoxy Radicals with NO. A Structure-Activity Relationship for Reactions of OH with Alkenes andPolyalkenes.- 3.16 Mechanism and Kinetics of the Reaction of OH with Volatile Organic Compounds.- 3.17 Reactions of n- and s-Butoxy Radicals in Oxygen. Importance of Isomerisation and Formation of Pollutants.- 3.18 Gas-Phase Ozonolysis of Alkenes and the Role of the Criegee Intermediate.- 3.19 Mechanistic and Kinetic Studies of Selected Oxidation Steps of Tropospheric Interest.- 3.20 Reactions of OH Radicals with Organic Nitrogen-Containing Compounds.- 3.21 Kinetics and Mechanism for the Reaction of Ozone with Cycloalkenes.- 3.22 Mechanisms for the Oxidation of C5-C7 Hydrocarbons.- 3.23 Studies of the Kinetics and Mechanisms of Interactions of Nitrate and Peroxy Radicals of Tropospheric Interest.- 3.24 Time-Resolved Studies of the NO2 and OH Formation in the Integrated Oxidation Chain of Hydrocarbons.- 3.25 Adduct Formation of OH with Aromatics and Unsaturated Hydrocarbons and Consecutive Reactions with O2 and NOx to Regenerate OH.- 4 LACTOZ Publications 1988-1995.
1.- 2 Scientific Results.- 3.1 Laboratory Studies of the Atmospheric Decay of Hydrocarbons in the NOx Free Atmosphere.- 3.2 OH Initiated Oxidation of VOC under Variable NOx Conditions.- 3.3 Laboratory and Field Measurement Studies of the Tropospheric Chemistry of Nitrate and Peroxy Radicals.- 3.4 Tropospheric Degradation of Aromatics: Laboratory Kinetic Studies of some First Steps of the OH Initiated Oxidation.- 3.5 Laboratory Studies of the Formation of Hydroperoxides in Ozonolysis of Anthropogenic and Biogenic Alkenes.- 3.6 Gas-Phase Reactions of Interest in Night-Time Tropospheric Chemistry.- 3.7 Laboratory Studies of Peroxy Radical Reactions of Importance for Tropospheric Chemistry.- 3.8 The Rates and Mechanisms for VOC Photo-oxidation Reactions under Simulated Tropospheric Conditions.- 3.9 Laboratory Studies of NO3 and OH Reactions of Tropospheric Relevance.- 3.10 Peroxy Radical Reactions of Tropospheric Interest.- 3.11 Laboratory Studies of Some Thermal Reactions Involving NOy Species.- 3.12 High-Resolution Measurements of the Absorption Cross-Sections for O3 and NO2.- 3.13 Laboratory Studies of Peroxy Radicals, Carbonyl Compounds and Ozonolysis Reactions of Tropospheric Importance.- 3.14 Atmospheric Chemistry of Nitrogen-Containing Species.- 3.15 Kinetic Studies of Reactions of Alkylperoxy and Haloalkylperoxy Radicals with NO. A Structure-Activity Relationship for Reactions of OH with Alkenes andPolyalkenes.- 3.16 Mechanism and Kinetics of the Reaction of OH with Volatile Organic Compounds.- 3.17 Reactions of n- and s-Butoxy Radicals in Oxygen. Importance of Isomerisation and Formation of Pollutants.- 3.18 Gas-Phase Ozonolysis of Alkenes and the Role of the Criegee Intermediate.- 3.19 Mechanistic and Kinetic Studies of Selected Oxidation Steps of Tropospheric Interest.- 3.20 Reactions of OH Radicals with Organic Nitrogen-Containing Compounds.- 3.21 Kinetics and Mechanism for the Reaction of Ozone with Cycloalkenes.- 3.22 Mechanisms for the Oxidation of C5-C7 Hydrocarbons.- 3.23 Studies of the Kinetics and Mechanisms of Interactions of Nitrate and Peroxy Radicals of Tropospheric Interest.- 3.24 Time-Resolved Studies of the NO2 and OH Formation in the Integrated Oxidation Chain of Hydrocarbons.- 3.25 Adduct Formation of OH with Aromatics and Unsaturated Hydrocarbons and Consecutive Reactions with O2 and NOx to Regenerate OH.- 4 LACTOZ Publications 1988-1995.
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