Connecting laboratory and field measurements of smoke composition to build a framework explaining ozone formation from Western U.S. wildfires measured during FIREX-AQ Matthew M. Coggon , Georgios I. Gkatzelis , Kanako Sekimoto , J. B. Gilman , Aaron Lamplugh , Vanessa Selimovic , R. J. Yokelson , Ilann Bourgeois , J. Peischl , Thomas B. Ryerson , P. R. Veres , J. A. Neuman , Y. R. Lee , David J. Tanner , L. G. Huey , G. S. Diskin , Hannah Halliday , J. B. Nowak , Samuel R. Hall , Kirk Ullmann , Caroline C. Womack , Michael Robinson , Steven S. Brown , Armin Wisthaler , Laura Tomsche , Felix Piel , Moritz Müller , G. M. Wolfe , J. Liao , Reem A. Hannun , J. M. St Clair , T. F. Hanisco , Lu Xu , J. D. Crounse , Krystal Vasquez , P. O. Wennberg , Alan Fried , Petter Weibring , Dirk Richter , J. Walega , P. Campuzano Jost , Demetrios Pagonis , A. W. Rollins , Pamela S. Rickly , Johnathan W. Hair , Taylor Shingler , A. Koss , Bin Yuan , Kyle J. Zarzana , José Jiménez , Jordan E. Krechmer , J. A. de Gouw , Christopher D. Cappa , Christopher Y. Lim , David H. Hagan , Jesse H. Kroll , J. M. Roberts , C. Warneke user-6078fb444c775e0497f4d030(2020)
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smoke composition, ozone formation
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