- Further details could be revealed of the mechanisms for the reactions of isoprene with OH and O_3. For the OH reaction product formation can now be described quite accurately. - The mechanism of the ozonolysis of ethene is principally understood under laboratory conditions. Uncertainties remain concerning of OH-formation and the reaction of Criegee-Intermediates with H_2O. The latter leads to HMHP, but it is not clear to which extend. - Formation of alkenes from the OH-reaction of alkanes is negligable in the troposphere. - New measurements revealed considerably higher UV-absorption cross section for PAN. -A new mechanism for the oxidation of aromatics was postulated, which is able to explain some conflicting experimental results. - Compu...
A series of experiments have been performed to study the ozone-isoprene reaction in a smog chamber b...
The oxidation of alkanes, alkenes and simple aromatics at 293 K under NO_x rich tropospheric conditi...
The abundance of the higly reactive hydroxyl radical (OH radical) in the troposphere (lower 10 kilom...
Kinetic and mechanistic analysis shows that toluene and p-xylene produce after addition of OH by rea...
Biogenic sources of hydrocarbons are a substantial contribution to the total emission of volatile or...
Unsaturated hydrocarbons, aromatics in particular, are strongly involved in the formation of ozone b...
Terrestrische Vegetation, vor allem tropischer Regenwald, emittiert grosse Mengen flüchtiger organis...
Photochemical oxidation of biogenic (Isoprene) and anthropogenic (1-octene) hydrocarbons are examine...
The ozonolysis, that is, the oxidation with O$_{3}$, is one of the most important removal pathways f...
In this work, a new mechanism for the OH-initiated atmospheric oxidation of aromatic hydrocarbons ha...
A reaction mechanism calculated for the troposphere ist validated by comparison of field measurement...
Investigations on three topics relevant to the atmospheric oxidation of isoprene have been carried o...
Ozonolysis of olefins is fast enough to be able to compete with other tropospheric decomposition pro...
The abundance of the highly reactive hydroxyl radical (OH radical) in the troposphere (lower 10 kilo...
This report investigates oxidation mechanisms of C_5-C_7 hydrocarbons (alkanes, alkenes and toluol)....
A series of experiments have been performed to study the ozone-isoprene reaction in a smog chamber b...
The oxidation of alkanes, alkenes and simple aromatics at 293 K under NO_x rich tropospheric conditi...
The abundance of the higly reactive hydroxyl radical (OH radical) in the troposphere (lower 10 kilom...
Kinetic and mechanistic analysis shows that toluene and p-xylene produce after addition of OH by rea...
Biogenic sources of hydrocarbons are a substantial contribution to the total emission of volatile or...
Unsaturated hydrocarbons, aromatics in particular, are strongly involved in the formation of ozone b...
Terrestrische Vegetation, vor allem tropischer Regenwald, emittiert grosse Mengen flüchtiger organis...
Photochemical oxidation of biogenic (Isoprene) and anthropogenic (1-octene) hydrocarbons are examine...
The ozonolysis, that is, the oxidation with O$_{3}$, is one of the most important removal pathways f...
In this work, a new mechanism for the OH-initiated atmospheric oxidation of aromatic hydrocarbons ha...
A reaction mechanism calculated for the troposphere ist validated by comparison of field measurement...
Investigations on three topics relevant to the atmospheric oxidation of isoprene have been carried o...
Ozonolysis of olefins is fast enough to be able to compete with other tropospheric decomposition pro...
The abundance of the highly reactive hydroxyl radical (OH radical) in the troposphere (lower 10 kilo...
This report investigates oxidation mechanisms of C_5-C_7 hydrocarbons (alkanes, alkenes and toluol)....
A series of experiments have been performed to study the ozone-isoprene reaction in a smog chamber b...
The oxidation of alkanes, alkenes and simple aromatics at 293 K under NO_x rich tropospheric conditi...
The abundance of the higly reactive hydroxyl radical (OH radical) in the troposphere (lower 10 kilom...