Mechanical ventilation systems are used in residences to introduce ventilation air and dilute
indoor-generated pollutants. A variety of ventilation system types can be used in home …

Cooking activities emit myriad low-volatility, semivolatile, and highly volatile organic
compounds that together form particles that can accumulate to large indoor concentrations …

In this study, we deployed multiple low-cost air quality monitors (AQMs) to investigate the
transport of kitchen-generated fine particulate matter (PM2. 5) into the bedrooms of four …

Indoor air quality is one of the major concerns in the modern environment since urban
residents spend 80–90% of their time staying indoors. Pollutant exposure could be relatively …

Particle emissions from cooking are a major contributor to residential indoor air pollution and
could also contribute to ambient concentrations. An important constituent of these emissions …

We spend most of our time in built environments. The cumulative exposure to particulate
matter (PM) occurring in these built environments can potentially be comparable to or even …

Current gas-and aerosol-based tracers do not adequately simulate the emission and
transport of liquid aerosols containing a pathogen indoors. To evaluate a liquid aerosol …

Organic aerosol emitted from cooking is a major concern for indoor air quality. During the
House Observations of Microbial and Environmental Chemistry (HOMEChem) campaign, we …

Background Little is known about sources of residential exposure to carbonaceous aerosols,
which include black carbon (BC), the elemental carbon core of combustion particles, and …

The printed optical particle spectrometer (POPS) is a lightweight, low-cost instrument for
measurements of aerosol number concentrations and size distributions. This work reports on …