Model study of the influence of daylight saving time on photo-oxidative pollutionAccess not specified
This study was conducted using a Lagrangian chemical model in a case of atmospheric stagnation. The latitude and longitude of the location considered, within French territory, influence the kinetics of ozone and PAN 1 (1) peroxyacetyl nitrate. The switch from winter to summer tim…
This study was conducted using a Lagrangian chemical model in a case of atmospheric stagnation. The latitude and longitude of the location considered, within French territory, influence the kinetics of ozone and PAN 1 (1) peroxyacetyl nitrate. The switch from winter to summer time leads to an increase in maximum ozone concentration, on average 10%. For PAN, the increases are close to 15%.