Abstract
In this work, we present the results in a simulation study of an application of a modeling tool to the problem of estimating human exposure to nitrogen dioxide. The model uses a Monte Carlo approach to simulate a distribution of exposures within a given microenvironment the partial exposure) as well as the impact of the partial exposures to the total exposure distribution. The conditions simulated are meant to be indicative of a range of environments typical of urban and rural United States. Tables are presented of the mean exposure and exposure variance for each of four cases. In addition, the distributions are presented graphically to depict the overlap of exposure classifications.
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