Organic gases emitted during the flaming phase of residential wood combustion are
characterized individually and by functionality using proton transfer reaction time-of-flight …

The atmospheric organic aerosol is a tremendously complex system in terms of chemical
content. Models generally treat the mixtures as ideal, something which has been questioned …

Oxidation flow reactors (OFRs) or environmental chambers can be used to estimate
secondary aerosol formation potential of different emission sources. Emissions from …

Ambient pine forest air was oxidized by OH, O 3, or NO 3 radicals using an oxidation flow
reactor (OFR) during the BEACHON-RoMBAS (Bio–hydro–atmosphere interactions of …

This study presents detailed characterizations of a newly-developed flow reactor including
(1) residence time distribution measurements,(2) relative humidity (RH) and temperature …

Secondary organic aerosol (SOA) formation during photo-oxidation of primary emissions
from cookstoves used in developing countries may make important contributions to their …

To reduce the influence of biomass burning on air quality, consumers are encouraged to
replace their old woodstove with new and cleaner appliances. While their primary emissions …

Flow tube reactors are widely employed to study gas-phase atmospheric chemistry and
secondary organic aerosol (SOA) formation. The development of a new laminar-flow tube …

Natural gas usage in the traffic and energy production sectors is a growing trend worldwide;
thus, an assessment of its effects on air quality, human health and climate is required …

Organic acids have primary and secondary sources in the atmosphere, impact ecosystem
health, and are useful metrics for identifying gaps in organic oxidation chemistry through …