Authors
R Ahmadov, SA McKeen, AL Robinson, R Bahreini, AM Middlebrook, JA De Gouw, J Meagher, E‐Y Hsie, E Edgerton, S Shaw, M Trainer
Publication date
2012/3/27
Journal
Journal of Geophysical Research: Atmospheres
Volume
117
Issue
D6
Description
A new secondary organic aerosol (SOA) parameterization based on the volatility basis set is implemented in a regional air quality model WRF‐CHEM. Full meteorological and chemistry simulations are carried out for the United States for August–September 2006. Predicted organic aerosol (OA) concentrations are compared against surface measurements made by several networks and aircraft data from the TexAQS‐2006 field campaign. Elemental carbon simulations are also evaluated in order to evaluate the model's ability to capture their emissions, transport, and removal. Certain measurement limitations, such as daily averaged OA concentrations, impose some difficulties on the model evaluation, and hourly averaged OA measurements provide more informative constraints compared to daily concentrations. The updated model demonstrates a significant improvement in simulating the OA concentrations …
Total citations
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Scholar articles
R Ahmadov, SA McKeen, AL Robinson, R Bahreini… - Journal of Geophysical Research: Atmospheres, 2012