Dimethylsulfide 9.0 0.37 ppb (Seul, B 75-18-3 Korea) [] Allyl methyl 0.5 C sulfide 10152-76-8 Methyl propyl 1.5 C sulfide 3877-15-4 p-Cymene 0.8 Oxidation of C 99-87-6 α-pinene DL-Limonene 6.7 9.4 ppb (Rio de Plants, Wood 0.9 MCC-IMS[] C 138-86-3 Janeiro)[] emission, 19.6 ppb food, kitchen (Melbourne)[] 3.7 ppb (avg from several Towns) [] 0.65 2.4 ppb (Rio de Plants, Wood 0.9 MCC-IMS[] C α-Pinene 80-56-8 Janeiro)[] emission, 6.2 ppb food, kitchen (Melbourne)[] waste 0.2 ppb (Rome)[] 0.21 ppb (Milan)[] 0.19 (A Coruna)[] Furan, 6.8 B 534-22-5 Furan, 0.3 0.05 ppb oxidation of C (USA)[] isoprene, 930-27-8 vehicle exhaust Furan, 0.23 C 3777-69-3 Acetonitrile 8.3 0.12 ppb biomass B 75-05-8 (Sydney)[] burning 5.8 solvents B γ-Butyrolactone 96-48-0 Methyl acetate 1.6 0.06 ppb Solvents, B 79-20-9 (Zurich, oxidation of Switzerland)[] MTBE and TAME Dimethyl 0.14 C selenide 593-79-3
Dimethylsulfide 75-18-3 9.0 0.37 ppb (Seul, Korea) [] B Allyl methyl sulfide 10152-76-8 0.5 C Methyl propyl sulfide 3877-15-4 1.5 C p-Cymene 99-87-6 0.8 Oxidation of α-pinene C DL-Limonene 138-86-3 6.7 9.4 ppb (Rio de Janeiro)[] 19.6 ppb (Melbourne)[] 3.7 ppb (avg from several Towns) [] Plants, Wood emission, food, kitchen 0.9 MCC-IMS[] C α-Pinene 80-56-8 0.65 2.4 ppb (Rio de Janeiro)[] 6.2 ppb (Melbourne)[] 0.2 ppb (Rome)[] 0.21 ppb (Milan)[] 0.19 (A Coruna)[] Plants, Wood emission, food, kitchen waste 0.9 MCC-IMS[] C Furan, 534-22-5 6.8 B Furan, 930-27-8 0.3 0.05 ppb (USA)[] oxidation of isoprene, vehicle exhaust C Furan, 3777-69-3 0.23 C Acetonitrile 75-05-8 8.3 0.12 ppb (Sydney)[] biomass burning B γ-Butyrolactone 96-48-0 5.8 solvents B Methyl acetate 79-20-9 1.6 0.06 ppb (Zurich, Switzerland)[] Solvents, oxidation of MTBE and TAME B Dimethyl selenide 593-79-3 0.14 C
BGA-USAR.docx