Research software for simulating human exposure to air pollution. The current version estimates the exposure of people living in the San Francisco Bay Area to respirable suspended particles (RSP) from environmental tobacco smoke (ETS) and ambient sources.

Research software for predicting the time-evolution of gaseous and particulate air pollutants in an arbitrary number of connected zones. Accounts for emissions, ventilation, deposition, coagulation, and chemical reactivity.

Software package for conducting research in human exposure. Routines for manipulating and plotting data, analyzing activity patterns, indoor air quality modeling, and exposure simulation. Miscellaneous data sets for activity patterns and air pollutant monitoring.

Conference paper containing a description of a total human exposure model for particles and its application to the San Francisco Bay Area.

Manual containing information on how to use and modify the total human exposure model (THEM)

Conference paper with an application of an indoor air quality model to environmental tobacco smoke pollutant concentrations measured in two airport smoking lounges located in the San Francisco Bay Area

Journal article presenting the application of an indoor air quality model to environmental tobacco smoke pollutant concentrations measured in two airport smoking lounges located in the San Francisco Bay Area

A review of studies on the rate of environmental tobacco smoke (ETS) mixing in single-zone interior spaces

Article containing analytical solutions to one and two-compartment indoor air quality models based on Laplace transforms and model evaluation using empirical data measured in a residence