Potted plants have demonstrated abilities to remove airborne volatile organic compounds
(VOC) in small, sealed chambers over timescales of many hours or days. Claims have …

A critical review of the current state of knowledge of chemical emissions from indoor
sources, partitioning among indoor compartments, and the ensuing indoor exposure leads …

The impact of outdoor and indoor sources on the chemical composition of particulate matter
(PM) collected in a domestic environment was explored. PM 2.5 samples were …

We report on the development of a modelling consortium for chemistry in indoor
environments that connects models over a range of spatial and temporal scales, from …

Hygroscopic particulate matter (PM) constituents promote uptake of aerosol water (AW),
depending on relative humidity (RH), which can constrain qualities such as organic aerosol …

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

The formation of secondary organic aerosol (SOA) indoors is one of the many
consequences of the rich and complex chemistry that occurs therein. Given particulate …

Indoor photolysis of nitrous acid (HONO) generates hydroxyl radicals (OH), and since OH is
fast reacting, it may be confined within the HONO-photolyzing indoor volume of light. This …

Outdoor aerosols experience environmental changes as they are transported indoors,
including outdoor-to-indoor temperature and mass-loading gradients, which can reduce or …

Indoor surfaces are coated with organic films that modulate thermodynamic interactions
between the surfaces and room air. Recently published models can simulate film formation …