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The 71 pages that link to Volatile organic compound, each with the reason it gives.

• Air pollutionRelated: Many react with nitrogen oxides in sunlight to produce ground-level ozone and organic particles.

• Gas chromatographyRelated: Their volatility makes them common targets for gas chromatographic analysis.

• AllelopathyRelated: Some plants release airborne compounds that can affect nearby vegetation.

• Hydroxyl radicalRelated: Their oxidation by ·OH helps produce ozone and secondary organic aerosols.

• Printing inkRelated: Solvent-based inks can release these compounds during printing and drying.

• Fruit ripeningRelated: Ripening changes the volatile compounds that create characteristic fruit aromas.

• Photochemical smogRelated: Their oxidation helps convert nitrogen oxides into ozone and other smog products.

• Plant resinRelated: Volatile compounds escape from fresh resin, changing its odor and consistency.

• Thermal degradationRelated: Some volatile compounds escape as products when heated materials decompose.

• Tropospheric ozoneRelated: Their oxidation helps convert nitrogen oxides into ozone-producing chemistry.

• Indoor air pollutionRelated: Paints, furnishings, cleaners, and other products can release these gases indoors.

• IncenseRelated: Many airborne scent molecules from incense are volatile organic compounds.

• Air pollution controlRelated: Their emissions are controlled through capture, recovery, or destruction.

• Instant coffeeRelated: Their loss during drying helps explain instant coffee’s aroma trade-offs.

• PestoRelated: Volatile compounds released from crushed basil and garlic create pesto’s strong aroma.

• Pump and treatRelated: Many volatile compounds can be stripped from extracted groundwater.

• Tobacco smokeRelated: Many gaseous smoke constituents belong to this broad chemical class.

• Aerosol propellantRelated: Hydrocarbon propellants contribute to volatile organic compound emissions in some settings.

• Apple juiceRelated: These compounds carry much of apple juice's characteristic aroma.

• SmogRelated: They react with nitrogen oxides in sunlight to produce ozone and other smog components.

• Air purifierRelated: Many indoor gases are VOCs, and their removal requires suitable sorbents or other gas-control methods.

• DeodorantRelated: Deodorant fragrance may mask these airborne molecules, while other ingredients limit their formation.

• HabaneroRelated: Volatile compounds help give habaneros their fruity, citrus-like aroma.

• Butyl acetateRelated: Butyl acetate emissions during evaporation make it relevant to VOC controls.

• Destructive distillationRelated: Many organic vapors released during destructive distillation belong to this broad chemical group.

• MattressRelated: Foams, adhesives, and finishes may emit these compounds during or after manufacture.

• Polyvinyl acetateRelated: Water-based polyvinyl acetate products can reduce solvent emissions compared with solvent-borne alternatives.

• Curry treeRelated: Their release from crushed or heated leaves carries the tree’s aroma.