Author(s)

A.V. Ivanov, R.G. Remorov, Yu.S. Ilin, M.Yu. Gershenzon, A.Yu. Zasypkin and Yu.M Gershenzon

Abstract

HO: Uptake on Water Ice A contribution to subproject PROCLOUD A.V. Ivanov, R.G. Remorov, Yu.S. Ilin, M.Yu. Gershenzon, A.Yu. Zasypkin and Yu.M Gershenzon Institute of Chemical Physics Russian Academy of Sciences, 4 Kosygin st. Moscow 117977, Russia. Introduction Heterogeneous reactions of reservoir gases N:Os, C1ONO2, HOC1, etc. with aerosol materials have been intensively studied during the past decade. Less attention was paid to the heterogeneous reactions of free atmospheric radicals, because their lifetime is shorter then those for reservoir gases. Nevertheless, some studies of heterogeneous reactions of NO:, OH, HO:, CHgO:, CIO and NO] have been carried out in order to estimate their role in radical sinks and transformations in and on aerosol particles. In our earlier studies we used two types of magnetic resonance technique for investigations of HOx uptake on solid surfaces. The OH ra

Keywords