The daytime oxidation of α‐pinene in the presence of natural sunlight and oxides of
nitrogen, NOx, was studied in a large outdoor smog chamber using gas chromatograph …

The gas and particle phase reaction products of a mixture of the atmospherically important
terpenes α-pinene and β-pinene with the atmospheric oxidants O 3 and OH/NO x were …

The gas and particle phase reaction products of a mixture of the atmospherically important
terpenes α-pinene and β-pinene with the atmospheric oxidants O3 and OH/NOx were …

The gas and particle phase products from the reaction of β-pinene with the atmospheric
oxidants O 3 and OH radicals in the presence of NO x were investigated using both gas …

Secondary aerosols from the reaction of α-pinene with ozone were generated in a 190m3
outdoor Teflon chamber, and products of these aerosols were characterized. Products were …

Aerosol formation from α‐pinene and β‐pinene was studied in a series of outdoor smog
chamber experiments. Since a previous study focused on β‐pinene (Pandis et al., 1991) …

The formation of secondary organic aerosol (SOA) from the oxidation of β-pinene via nitrate
radicals is investigated in the Georgia Tech Environmental Chamber (GTEC) facility. Aerosol …

The photooxidation of∼ 1ppm α-pinene in the presence of increasing concentrations of NO2
was studied in a Teflon® chamber at 72–88% relative humidity and 296–304K. The loss of α …

Oxidation products of α-pinene represent a fraction of organic matter in the environmental
aerosol. α-pinene is one of most abundant monoterpenes released in the atmosphere by …

A kinetic mechanism was used to link and model the gas-phase reactions and aerosol
accumulation resulting from α-pinene reactions in the presence of sunlight, ozone (O3), and …