Project Highlight: Measurements of Radical Chemistry and Aerosol Production in Indoor Environments
"Similar to the outdoors, OH can initiate the oxidation of indoor concentrations of VOCs, leading to the production of aldehydes, ketones, acids, and SOA, which can all impact human health and welfare. As a result, the OH radical may be a significant oxidant in indoor environments, converting VOCs into SOA and potentially more toxic compounds."
PIs: Philip Stevens and Brandon Boor
(Indiana University, and Purdue University)
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