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Halocarbon lifetimes and concentration distributions calculated using a two-dimensional tropospheric model
Abstract Two-dimensional (altitude-latitude) modelling techniques are used to describe the destruction by OH radicals of the man-made halocarbons emitted in the northern hemisphere. The calculated lifetimes and latitudinal distributions show good agreement for a range of halocarbons, in particular for methyl chloroform. These calculations confirm the importance and magnitude of the tropospheric sink for those halocarbons containing C — H or C = C bonds but reveal that their fluxes into the stratosphere may have been previously underestimated in one-dimensional models.
Halocarbon lifetimes and concentration distributions calculated using a two-dimensional tropospheric model
Abstract Two-dimensional (altitude-latitude) modelling techniques are used to describe the destruction by OH radicals of the man-made halocarbons emitted in the northern hemisphere. The calculated lifetimes and latitudinal distributions show good agreement for a range of halocarbons, in particular for methyl chloroform. These calculations confirm the importance and magnitude of the tropospheric sink for those halocarbons containing C — H or C = C bonds but reveal that their fluxes into the stratosphere may have been previously underestimated in one-dimensional models.
Halocarbon lifetimes and concentration distributions calculated using a two-dimensional tropospheric model
Derwent, R.G. (author) / Eggleton, A.E.J. (author)
Atmospheric Environment ; 12 ; 1261-1269
1977-12-01
9 pages
Article (Journal)
Electronic Resource
English
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