A review was conducted of the published literature on source apportionment of ambient
particulate matter (PM) in Europe using receptor models (RMs). Consistent records were …

Nanoparticle emissions from road vehicles have been studied extensively in the recent past
due to their dominant contribution towards the total airborne particle number concentrations …

Background Residential wood combustion is now recognized as a major particle source in
many developed countries, and the number of studies investigating the negative health …

Commitments made to meet the goals of the Paris Agreement, and the need to develop low
carbon sources of power and heat, are likely to lead to the continued or even increased use …

Epidemiologic studies have consistently reported associations between outdoor fine
particulate matter (PM 2.5) air pollution and adverse health effects. Although Asia bears the …

Organic gases emitted during the flaming phase of residential wood combustion are
characterized individually and by functionality using proton transfer reaction time-of-flight …

Residential wood burning contributes to the total atmospheric aerosol burden; however,
large uncertainties remain in the magnitude and characteristics of wood burning products …

In this study, the positive matrix factorization (PMF) receptor model (version 5.0) was used to
identify and quantify major sources contributing to particulate matter (PM) number …

Kerbside concentrations of NOx, black carbon (BC), total number of particles (diameter> 4
nm) and number size distribution (28–410 nm) were measured at a busy street canyon in …

Residential wood burning (RWB) is the largest anthropogenic source of PM 2.5 in many
North American and European cities in the winter. The current lack of information on the …