Ultrafine particle (UFP) pollution should be controlled to reduce its effects on health. The
design of control measures is limited owing to the uncertainty of source contributions in …

Abstract Characterization of indoor ultrafine particles (UFPs, diameter< 100 nm) in
residences has been of great interest. However, insufficient information was presented with …

Ultrafine particle (UFP) exposures have the potential to elicit adverse health effects. People
spend most of their time within their place of residence. Little information is available on UFP …

Human exposure to aerosols has been associated with diseases and death, reducing the
population's life expectancy up to a few years. Indoor particulate matter is predominant in …

Human exposures to ultrafine particles (UFP) are poorly characterized given the potential
associated health risks. Residences are important sites of exposure. To characterize …

Ambient ultrafine particles (UFPs: particles of diameter less than 100 nm) cause significant
adverse health effects. As people spend most time indoors, the outdoor-to-indoor transport …

Ultrafine particles (UFPs) significantly affect human health and climate. UFPs can be
produced largely from the incomplete burning of solid fuels in stoves; however, indoor UFPs …

Methods are needed to characterize short-term exposure to ultrafine particle number
concentrations (UFP) for epidemiological studies on the health effects of traffic-related UFP …

Indoor airborne ultrafine particles (UFPs) are mainly originated from occupant activities,
such as candle burning and cooking. Elevated exposure to UFPs has been found to …

Ultrafine particles (< 100 nm in diameter, UFP) are known to be more toxic per unit mass
than larger particles and contribute to more than 90% in particle number concentrations in …