Understanding the efficiency and variability of photochemical ozone (O3) production from
western wildfire plumes is important to accurately estimate their influence on North American …

In this study air masses are characterized in terms of their total OH reactivity which is a
robust measure of the" reactive air pollutant loading". The measurements were performed …

Abstract Peroxy radicals (RO2*= HO2+ RO2) play key roles in forming secondary air
pollutants such as ozone, yet model underprediction of RO2* is a challenging radical …

Observations of total peroxy radical concentrations ([XO 2]≡[RO 2]+[HO 2]) made by the
Ethane CHemical AMPlifier (ECHAMP) and concomitant observations of additional trace …

Ozone (O 3) is an important atmospheric oxidant, a greenhouse gas, and a hazard to human
health and agriculture. Here we describe airborne in situ measurements and model …

We describe a new instrument for the quantification of atmospheric peroxy radicals (HO2,
CH3O2, C2H5O2, etc.) using the chemical amplification method. Peroxy radicals are mixed …

Peroxy radicals play important roles in the atmospheric oxidation of organic compounds and
the formation of ozone and secondary organic aerosol. There are few peroxy radical …

Peroxy radicals were measured in a mixed deciduous forest atmosphere in Bloomington,
Indiana, USA, during the Indiana Radical, Reactivity and Ozone Production Intercomparison …

The PERCA (PEroxy Radical Chemical Amplification) technique, which is based on the
catalytic conversion of ambient peroxy radicals (HO2 and RO2, where R stands for any …

Measurements of total peroxy radicals (HO 2+ RO 2) and nitrate radical (NO 3) were made
on the NOAA research vessel R/V Brown along the US Gulf Coast during the TexAQS 2006 …