Key points are not available for this paper at this time.
A general mathematical model is presented for predicting concentration and fate of particulate matter indoor air. Using a multicomponent sectional representation, model accounts for the effects of ventilation, , deposition onto surfaces, direct emission, and. Model predictions are compared with the over time of the measured aerosol size distribution combustion of a cigarette in a single room a low air-exchange rate. Reasonable agreement is ; however, further experiments are required for validation of additional capabilities of the present. Important environmental problems to which the may be applied include analysis of the soiling of due to deposition of airborne particles and control human exposure to environmental tobacco smoke. The may also serve as a foundation for improving the of the risk of human exposure to radon products indoors.
Nazaroff et al. (1989) studied this question.