Key features of tropospheric photochemistry are highlighted including both homogeneous gas-phase and heterogeneous reactions that are important in clouds and haze aerosol. Fundamental aspects of photochemical kinetics are reviewed and then extended to the major chromophores present in the multi-phasic, tropospheric atmosphere. Tables of up-to-date absorption cross sections and quantum yields as a function of wavelength range are presented. Primary emphasis is placed on reactions occurring within the troposphere and within clouds
Overview The outputs of this research have been reported annually via the RIMS system. This report s...
Oxidation rates of trace gases in the troposphere depend on species-specific rate coefficients and a...
The troposphere is a very large photochemical reactor, which transforms enormous quantities of trace...
Key features of tropospheric photochemistry are highlighted including both homogeneous gas-phase and...
Given the considerable interest in aerosol particles in the atmosphere as these particles play a key...
Aerosol can provide a sink for gas-phase species though heterogeneous reactions. This thesis examine...
Heterogeneous and multiphase reactions on solids and in liquids, respectively, have the potential to...
Sunlight is a major driving force of atmospheric processes. A detailed knowledge of atmospheric phot...
A review is given on selected aspects of the reaction mechanisms of current interest in the chemistr...
The troposphere is an essential component of the earth's life support system as well as the gateway ...
Due to the adverse effect of atmospheric aerosols on public health and their ability to affect clima...
Abstract: The present status of knowledge of the gas-phase reactions of selected classes of volatile...
The objective of the studies was to elucidate the heterogeneous chemistry of tropospheric aerosols. ...
Abstract: The chemistry of the atmosphere results from a complex series of reactions that involve ma...
It is now more or less firmly established that atmospheric condensed matter is playing a central rol...
Overview The outputs of this research have been reported annually via the RIMS system. This report s...
Oxidation rates of trace gases in the troposphere depend on species-specific rate coefficients and a...
The troposphere is a very large photochemical reactor, which transforms enormous quantities of trace...
Key features of tropospheric photochemistry are highlighted including both homogeneous gas-phase and...
Given the considerable interest in aerosol particles in the atmosphere as these particles play a key...
Aerosol can provide a sink for gas-phase species though heterogeneous reactions. This thesis examine...
Heterogeneous and multiphase reactions on solids and in liquids, respectively, have the potential to...
Sunlight is a major driving force of atmospheric processes. A detailed knowledge of atmospheric phot...
A review is given on selected aspects of the reaction mechanisms of current interest in the chemistr...
The troposphere is an essential component of the earth's life support system as well as the gateway ...
Due to the adverse effect of atmospheric aerosols on public health and their ability to affect clima...
Abstract: The present status of knowledge of the gas-phase reactions of selected classes of volatile...
The objective of the studies was to elucidate the heterogeneous chemistry of tropospheric aerosols. ...
Abstract: The chemistry of the atmosphere results from a complex series of reactions that involve ma...
It is now more or less firmly established that atmospheric condensed matter is playing a central rol...
Overview The outputs of this research have been reported annually via the RIMS system. This report s...
Oxidation rates of trace gases in the troposphere depend on species-specific rate coefficients and a...
The troposphere is a very large photochemical reactor, which transforms enormous quantities of trace...