Behnke, W.W.BehnkeFrenzel, A.A.FrenzelGeorge, C.C.GeorgeScheer, V.V.ScheerZetzsch, C.C.Zetzsch2022-03-092022-03-091996https://publica.fraunhofer.de/handle/publica/326365N2O5 decomposes after the absorption on wet aerosols or solutions to NO2+ and NO3- (...) NO2+ reacts with water producing HNO3 (reaction 2a) and, in the presence of NaCl producing ClNO2 (reaction 2b, which decomposes to NO2+ and Cl- slowly (reaction 3). At 18 C and very low ionic strength we evaluate k2b/k2a = 1160+/-40 ... Adding NaNO3 all variations of this ratio can be explained by the influence of the ionic strength. Adding Na2SO4 we had to include a third reactio patway (2c) with k2c/k2a = 1200+/-70 at very low ionic strength.enaerosolair pollutionatmospheric chemistrychlorine compoundchlorine dioxidenitrogen compoundnitrogen pentoxidephotochemical degradationphotochemistryphysical chemistrysea spraytheoretical chemistry615610620conference paper