We developed and tested a methodology to extract both the size-segregated source
apportionment of atmospheric aerosol and the size distribution of each detected element …

An update of a methodology to extract both the size-segregated source apportionment of
atmospheric aerosol and the size distribution of each detected element or compound, is …

Elemental mass size distributions in aerosols collected at four different urban sites with
gradually increasing overall aerosol mass concentration are presented, compared and …

We describe a new experimental methodology based on the contemporary use of two-stage
continuous streaker samplers and optical particle counters. This is a complementary …

Sub-micron sized particles are of increasing concern owing to their effects on human health
and on the environment. Up to now there are still very few studies on PM1 (ie particulate …

Airborne particulate matter in Saxony (Germany) was investigated at three different sites
(central urban, urban outskirts, rural) during a winter (1999/2000) and a summer (2000) …

A study of the elemental composition and size distribution of atmospheric particulate matter
and of its spatial and temporal variability has been conducted at two traffic sites and one …

Size-resolved composition of particulate matter (PM) sampled in the industrial town of Port
Talbot (PT), UK was determined in comparison to a typical urban background site in …

An extensive field campaign was carried out in Florence (Tuscany) to investigate the PM2. 5
composition and to identify its sources. The scientific objective of this study is providing a …

A special sampling system for measurements of size-segregated particles directly at the
source of emission was designed and constructed. The central part of this system is a low …