Data for: "Chemical impact of stratospheric alumina particle injection for solar radiation modification and related uncertainties"

All files contain 10-year and zonally averaged output of different variables. *chem_m.nc contains ClO, Cl, NO2, NO, HNO3, HCl, ClONO2, N2O5, O3 and the total ozone column (TOTOZ_m).*solid2.nc contains alumina surface area density (sad_ca) and coated alumina surface area density (sad_sca_wet). *aero2.nc contains stratospheric sulfuric acid aerosol burden (sbaer), sulfuric acid surface area density (SAD), the uptake coefficient of ClONO2+HCl on alumina (gamma_geo_m). *echam.nc contains various climate variables.

The scenario names "ref" (reference), "so2" (SO2 injetions), "coat" (alumina coating by H2SO4-H2O), "bf" (best fit, dissociative uptake), "bfa01" (best fit with a=0.1, dissociative uptake), "hno3" (dissociative uptake in presence of HNO3), "high" (high non-dissociative uptake), "middle" (middle non-dissociative uptake), "low" (low non-dissociative uptake) for either 2020 or 2040 conditions of ozone depleting substance concentrations refer to 5Mt/yr injection of alumina particles with radius of 240nm at 20km altitude except where indicated differently (i.e., 80nm, 25km).