2-Propenal 5.8 0.6 ppb (Sao vehicle 50 ppb AIMS[] B 107-02-8 Paulo)[] exhaust 0.09 ppb (Zurich, Switzerland)[] 2-Propenal, 3.2 0.1 ppb (Hong oxidation of B Kong)[] isoprene, 78-85-3 0.24 ppb vehicle (Nashville)[] exhaust 0.02 ppb (Zurich, Switzerland)[] Propanal, 1.3 kitchen waste, C vehicle 78-84-2 exhaust Butanal, 1.5 kitchen C 96-17-3 Butanal, 1.7 kitchen waste C 590-86-3 n-Hexanal 26 1.2 ppb Fuel 24 ppb AIMS [] A 66-25-1 (Melbourne)[] combustion 0.3 ppb MCC-IMS 0.35 ppb [] (Rome)[] n-Heptanal 7.1 0.4 ppb Fuel A 111-71-7 (Rome)[] combustion, atmospheric photooxidation of HCs, kitchen n-Octanal 8.2 0.48 ppb Fuel 28 ppb AIMS [] A 124-13-0 (Rome)[] combustion, 0.1 ppb MCC-IMS atmospheric [] photooxidation of HCs, kitchen waste n-Nonanal 13.6 1.4 ppb Fuel 0.3 ppb MCC-IMS A 124-19-6 (Melbourne)[] combustion, [] 1.2 ppb (avg atmospheric from several photooxidation Towns) [] of HCs, 0.37 ppb kitchen waste (Rome)[] 0.14 ppb (Niterói City, Brasil)[]
2-Propenal 107-02-8 5.8 0.6 ppb (Sao Paulo)[] 0.09 ppb (Zurich, Switzerland)[] vehicle exhaust 50 ppb AIMS[] B 2-Propenal, 78-85-3 3.2 0.1 ppb (Hong Kong)[] 0.24 ppb (Nashville)[] 0.02 ppb (Zurich, Switzerland)[] oxidation of isoprene, vehicle exhaust B Propanal, 78-84-2 1.3 kitchen waste, vehicle exhaust C Butanal, 96-17-3 1.5 kitchen C Butanal, 590-86-3 1.7 kitchen waste C n-Hexanal 66-25-1 26 1.2 ppb (Melbourne)[] 0.35 ppb (Rome)[] Fuel combustion 24 ppb AIMS [] 0.3 ppb MCC-IMS [] A n-Heptanal 111-71-7 7.1 0.4 ppb (Rome)[] Fuel combustion, atmospheric photooxidation of HCs, kitchen A n-Octanal 124-13-0 8.2 0.48 ppb (Rome)[] Fuel combustion, atmospheric photooxidation of HCs, kitchen waste 28 ppb AIMS [] 0.1 ppb MCC-IMS [] A n-Nonanal 124-19-6 13.6 1.4 ppb (Melbourne)[] 1.2 ppb (avg from several Towns) [] 0.37 ppb (Rome)[] 0.14 ppb (Niterói City, Brasil)[] Fuel combustion, atmospheric photooxidation of HCs, kitchen waste 0.3 ppb MCC-IMS [] A
BGA-USAR.docx