Summarization: The size distribution of the sub micrometer aerosol number concentration in the urban Environment appears to display a statistically significant modal structure (Van Dingenen et al., 2004). This depends on a number of factors such as local atmospheric conditions, density and type of emissions. The development of certain "universal" aerosol number distribution patterns can contribute towards the assessment of human exposure to fine particulate matter or facilitate the characterization of certain emission sources and their impact on air quality. Here, preliminary results from the analysis of measured number size distributions are presented for four European cities.Παρουσιάστηκε στο: International Aerosol Conferenc
Aerosol number size distributions have been measured since 5 May 1997 in Helsinki, Finland. The pres...
International audienceDuring July 2009, a one-month measurement campaign was performed in the megaci...
Item does not contain fulltextPURPOSE: The concentrations of PM(10) mass, PM(2.5) mass and particle ...
The size distribution of the sub micrometer aerosol number concentration in the urban Environment ap...
Summarization: Indoor/outdoor aerosol size distribution was measured in four European cities (Oslo–N...
Μη διαθέσιμη περίληψηNot available summarizationΠαρουσιάστηκε στο: European Aerosol Conferenc
Indoor/outdoor measurements campaigns were performed in naturally ventilated houses and offices in f...
Aerosol particle number size distributions (size range 0.003-10 μm) with and without using a ther...
Indoor/outdoor aerosol size distribution was measured in four European cities (Oslo-Norway, Prague-C...
A physicochemical characterization, including aerosol number size distribution, chemical composition...
A physicochemical characterization of the urban fine aerosol (aerosol number size distribution, chem...
A correct description of fine (diameter <1 μm) and ultrafine (<0.1 μm) aerosol particles in urban ar...
This study evaluates the influence of aerosol processes on the particle number (PN) concentrations i...
Aerosol number concentration and size distributions in the 10e20,000 nm size range were measured usi...
Aerosol particle number size distributions (size range 0.003–10 μm) in the urban atmosphere of Augsb...
Aerosol number size distributions have been measured since 5 May 1997 in Helsinki, Finland. The pres...
International audienceDuring July 2009, a one-month measurement campaign was performed in the megaci...
Item does not contain fulltextPURPOSE: The concentrations of PM(10) mass, PM(2.5) mass and particle ...
The size distribution of the sub micrometer aerosol number concentration in the urban Environment ap...
Summarization: Indoor/outdoor aerosol size distribution was measured in four European cities (Oslo–N...
Μη διαθέσιμη περίληψηNot available summarizationΠαρουσιάστηκε στο: European Aerosol Conferenc
Indoor/outdoor measurements campaigns were performed in naturally ventilated houses and offices in f...
Aerosol particle number size distributions (size range 0.003-10 μm) with and without using a ther...
Indoor/outdoor aerosol size distribution was measured in four European cities (Oslo-Norway, Prague-C...
A physicochemical characterization, including aerosol number size distribution, chemical composition...
A physicochemical characterization of the urban fine aerosol (aerosol number size distribution, chem...
A correct description of fine (diameter <1 μm) and ultrafine (<0.1 μm) aerosol particles in urban ar...
This study evaluates the influence of aerosol processes on the particle number (PN) concentrations i...
Aerosol number concentration and size distributions in the 10e20,000 nm size range were measured usi...
Aerosol particle number size distributions (size range 0.003–10 μm) in the urban atmosphere of Augsb...
Aerosol number size distributions have been measured since 5 May 1997 in Helsinki, Finland. The pres...
International audienceDuring July 2009, a one-month measurement campaign was performed in the megaci...
Item does not contain fulltextPURPOSE: The concentrations of PM(10) mass, PM(2.5) mass and particle ...