In this paper, evolution of the size distribution of fine and ultra-fine particles emitted from vehicles on a busy road is investigated experimentally. In particular, several different modes (distinct maxima) of the particle size distribution are investigated as a function of the distance from the road. An unusual and complex evolution of these modes is discovered. In particular, it is demonstrated that some of the modes tend to shift towards smaller particle size, which has never been observed previously. Complex correlation between the modes is determined experimentally. In addition, for the first time, the total number concentration is clearly shown to go through a significant maximum at some distance from the road. This could have signi...
Prior research on ultrafine particles (UFP) emphasizes that concentrations are especially high on-hi...
The health of a substantial portion of urban populations is potentially being impacted by exposure t...
A six-week field study was conducted to determine spatial and temporal variability of sub-micron (di...
In this paper, evolution of the size distribution of fine and ultra-fine particles emitted from vehi...
Motor vehicle emissions are the most significant source of particulate matter (PM) in urban environm...
As ultrafine (diameter<100 nm) particles are concerned, it is important to realise that part of the ...
Ultrafine particles (UFP, diameter < 100 nm) exposure has already been associated with adverse ef...
An Engine Exhaust Particle Sizer was used on a mobile platform to measure ultrafine particle (5.6-56...
Motor vehicle emissions are the most significant source of particulate matter (PM) in urban environm...
Ultrafine particles (UFP) have both health and climate impacts and are emitted in large quantities b...
In the last decades several scientific studies attempted to demonstrate adverse health effect caused...
As part of a program of study to assess the exposure risks related to particulate matter in the outd...
Continuous measurements of number concentrations and size distributions of particles with diameters ...
Aerosol size distributions from 6 to 700 nm were measured simultaneously at an urban background site...
Sampling of airborne particle number concentrations was carried out in roadside locations in Leicest...
Prior research on ultrafine particles (UFP) emphasizes that concentrations are especially high on-hi...
The health of a substantial portion of urban populations is potentially being impacted by exposure t...
A six-week field study was conducted to determine spatial and temporal variability of sub-micron (di...
In this paper, evolution of the size distribution of fine and ultra-fine particles emitted from vehi...
Motor vehicle emissions are the most significant source of particulate matter (PM) in urban environm...
As ultrafine (diameter<100 nm) particles are concerned, it is important to realise that part of the ...
Ultrafine particles (UFP, diameter < 100 nm) exposure has already been associated with adverse ef...
An Engine Exhaust Particle Sizer was used on a mobile platform to measure ultrafine particle (5.6-56...
Motor vehicle emissions are the most significant source of particulate matter (PM) in urban environm...
Ultrafine particles (UFP) have both health and climate impacts and are emitted in large quantities b...
In the last decades several scientific studies attempted to demonstrate adverse health effect caused...
As part of a program of study to assess the exposure risks related to particulate matter in the outd...
Continuous measurements of number concentrations and size distributions of particles with diameters ...
Aerosol size distributions from 6 to 700 nm were measured simultaneously at an urban background site...
Sampling of airborne particle number concentrations was carried out in roadside locations in Leicest...
Prior research on ultrafine particles (UFP) emphasizes that concentrations are especially high on-hi...
The health of a substantial portion of urban populations is potentially being impacted by exposure t...
A six-week field study was conducted to determine spatial and temporal variability of sub-micron (di...