Journal of Geophysical Research Atmospheres · 1994 · 87 citations · 27 references
Environmental ChemistryRadical EmissionSaprc 90EngineeringPhotochemistryAtmospheric PhotochemistryEnvironmental EngineeringNo XAir QualityOrganic ChemistryOzone ProductivityOzoneAir PollutionPhotosynthesisOzone Layer DepletionChemical EmissionCarbon MonoxideHealth Sciences
A technique is developed to determine the amount of ozone and other products, such as nitric acid and peroxyacetylnitrate (PAN), generated by the individual organic components of a complex atmospheric organic/NO x mixture. The technique is applied to the SAPRC 90 photochemical mechanism to study the individual contributions of carbonyls, aromatics, alkanes, alkenes, and carbon monoxide to ozone, nitric acid, PAN, and free radical production at varying organic to NO x ratios typical of atmospheric conditions.
27