about Comprehensive study of emission source contributions for tropospheric
ozone formation over East Asia
Not exact matches
This reaction could play an important role in explaining the observed depletion of
ozone over Antarctica; it releases photolytically active chlorine from its most abundant reservoir species, and it promotes the
formation of HNO3 and thus removes nitrogen dioxide (NO2) from the gas phase.
Also, how is aerosol
formation affected
over cities by high level of
ozone and peroxyacetyl nitrate (PAN)?
In an idealized three - dimensional numerical simulation of the Northern Hemisphere winter stratosphere, doubling the CO2 concentration leads to the
formation of an Arctic
ozone hole comparable to that observed
over Antarctica, with nearly 100 % local depletion of lower - stratospheric
ozone.