KnowraChlorofluorocarbonLinked fromLinked fromThe 30 pages that link to Chlorofluorocarbon, each with the reason it gives.All 30Broader topic 9Related 12Narrower topic 3Compared with 6OzoneRelated: In the stratosphere, chlorine released from these compounds catalytically destroys ozone.Ozone depletionRelated: Stratospheric ultraviolet light breaks these compounds apart, releasing chlorine that catalytically destroys ozone.Ozone holeRelated: Their long-lived emissions supplied most of the chlorine behind the Antarctic depletion.Kigali AmendmentRelated: Their control under the Montreal Protocol shaped the succession of replacement refrigerants.F. Sherwood RowlandRelated: Rowland and Molina identified these persistent chemicals as the source of ozone-destroying chlorine.Mario MolinaRelated: Molina identified these long-lived compounds as sources of ozone-destroying chlorine.Polar stratospheric cloudRelated: These gases provide much of the chlorine that cloud reactions convert into ozone-destroying forms.Aerosol propellantRelated: CFC propellants served many aerosol products before ozone-depletion concerns drove restrictions.James LovelockRelated: Lovelock detected these compounds in the atmosphere, demonstrating their global distribution.Carbon tetrachlorideRelated: CCl₄ is an industrial feedstock for producing several chlorofluorocarbons.InhalerRelated: Their former use as inhaler propellants drove a major device reformulation.1,1,1-TrichloroethaneRelated: CFC controls under the treaty established the policy precedent for phasing out this related solvent.