Abstract
A laboratory-based chamber has been employed to quantify the effects of dry deposition of SO 2, NO 2 and NO pollutant gases at realistic presentation rates, with and without ozone as oxidant, on the degradation of Pentelic marble with different extents of surface wetting. From the equivalent calcium yields, giving quantification of the extent of reactions, the importance of pollutant gas solubility in surface water, and oxidants for pollutant gas transformations to the respective acids on the relatively pure marble are revealed.
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