Articles have recently been published on aerosol size distributions and number concentrations in cities, however there have been no studies on transport of these particles. Eddy covariance measurements of vertical transport of aerosol in the size range 11 nm<Dp<3 μm are presented here. The analysis shows that typical average aerosol number fluxes in this size range vary between 9000 and 90,000 cm−2 s−1. With concentrations between 3000 and 20,000 cm−3 this leads to estimates of particle emission velocity between 20 and 75 mm s−1. The relationships between number flux and traffic activity, along with emission velocity and boundary layer stability are demonstrated and parameterised. These are used to derive an empirical parameterisation for a...
As ultrafine (diameter<100 nm) particles are concerned, it is important to realise that part of the ...
The spatial variability of aerosol number and mass along roads was determined in different regions (...
Abstract. The change of the chemical composition of the near-ground level atmospheric aerosol was st...
Atmospheric aerosol particles have major impacts on human health, direct and indirect negative forci...
International audienceUrban aerosol sources are important due to the health effects of particles and...
Size-resolved particle flux measurements were carried out in an urban area from April 2012 to April ...
This study evaluates the influence of aerosol processes on the particle number (PN) concentrations i...
Aerosol particle number size distributions (size range 0.003-10 μm) with and without using a ther...
At present, the immission load of the territory and population by solid / liquid or mixed particles ...
Motor vehicle emissions are the most significant source of particulate matter (PM) in urban environm...
Sampling of airborne particle number concentrations was carried out in roadside locations in Leicest...
Abstract. Long-term eddy covariance particle number flux measurements for the diameter range 6 nm to...
Aerosol size distributions from 6 to 700 nm were measured simultaneously at an urban background site...
Abstract. Unlike exhaust emissions, non-exhaust traffic emissions are completely unregulated and in ...
The change of the chemical composition of the near-ground level atmospheric aerosol was studied duri...
As ultrafine (diameter<100 nm) particles are concerned, it is important to realise that part of the ...
The spatial variability of aerosol number and mass along roads was determined in different regions (...
Abstract. The change of the chemical composition of the near-ground level atmospheric aerosol was st...
Atmospheric aerosol particles have major impacts on human health, direct and indirect negative forci...
International audienceUrban aerosol sources are important due to the health effects of particles and...
Size-resolved particle flux measurements were carried out in an urban area from April 2012 to April ...
This study evaluates the influence of aerosol processes on the particle number (PN) concentrations i...
Aerosol particle number size distributions (size range 0.003-10 μm) with and without using a ther...
At present, the immission load of the territory and population by solid / liquid or mixed particles ...
Motor vehicle emissions are the most significant source of particulate matter (PM) in urban environm...
Sampling of airborne particle number concentrations was carried out in roadside locations in Leicest...
Abstract. Long-term eddy covariance particle number flux measurements for the diameter range 6 nm to...
Aerosol size distributions from 6 to 700 nm were measured simultaneously at an urban background site...
Abstract. Unlike exhaust emissions, non-exhaust traffic emissions are completely unregulated and in ...
The change of the chemical composition of the near-ground level atmospheric aerosol was studied duri...
As ultrafine (diameter<100 nm) particles are concerned, it is important to realise that part of the ...
The spatial variability of aerosol number and mass along roads was determined in different regions (...
Abstract. The change of the chemical composition of the near-ground level atmospheric aerosol was st...