Add to ORKGThis paper will present results from a series of analyses performed on 8-stage Micro Orifice Uniform Deposit Impactor (MOUDI) sampling substrates using accelerator-based Particle Induced X-ray Emission (PIXE) analyses. These experiments aimed to better understand the influence of aerosol deposition on each of the MOUDI stages on the PIXE analysis results. copyright © 2011-Clean Air Society of Australia & New Zealan
International audienceA set of elemental mass-particle size distributions is obtained from a low vol...
An update of a methodology to extract both the size-segregated source apportionment of atmospheric a...
The elemental composition of aerosol matter (total suspended particles) collected on high-purity mem...
This paper will present results from a series of analyses performed on 8-stage Micro Orifice Uniform...
Size segregated elemental concentration in atmospheric particulate matter (PM) is commonly measured ...
Most air quality studies on particulate matter (PM) are based on 24-h averaged data; however, many P...
Descreve-se o método PIXE como uma técnica não destrutiva na análise quantitativa de traços de eleme...
A comparative study of atmospheric aerosols was performed on samples collected in Schenectady, NY us...
This paper presents methodological innovations introduced in the characterisation of urban aerosol c...
Ion beam analytical methods as PIXE (Particle induced X-ray emission), PIGE (Particle induced gamma-...
The Second International Conference on Particle Induced X-ray Emission (PIXE) and its analytical app...
Nowadays the characterization of atmospheric aerosols requires much information, such as the tempora...
The PIXE method constitutes a tool for fast, reliable multi-elemental analysis of small samples. The...
We developed and tested a methodology to extract both the size-segregated source apportionment of at...
Atmospheric aerosol samples collected in five sites in the Metropolitan Area of Mexico City were ana...
International audienceA set of elemental mass-particle size distributions is obtained from a low vol...
An update of a methodology to extract both the size-segregated source apportionment of atmospheric a...
The elemental composition of aerosol matter (total suspended particles) collected on high-purity mem...
This paper will present results from a series of analyses performed on 8-stage Micro Orifice Uniform...
Size segregated elemental concentration in atmospheric particulate matter (PM) is commonly measured ...
Most air quality studies on particulate matter (PM) are based on 24-h averaged data; however, many P...
Descreve-se o método PIXE como uma técnica não destrutiva na análise quantitativa de traços de eleme...
A comparative study of atmospheric aerosols was performed on samples collected in Schenectady, NY us...
This paper presents methodological innovations introduced in the characterisation of urban aerosol c...
Ion beam analytical methods as PIXE (Particle induced X-ray emission), PIGE (Particle induced gamma-...
The Second International Conference on Particle Induced X-ray Emission (PIXE) and its analytical app...
Nowadays the characterization of atmospheric aerosols requires much information, such as the tempora...
The PIXE method constitutes a tool for fast, reliable multi-elemental analysis of small samples. The...
We developed and tested a methodology to extract both the size-segregated source apportionment of at...
Atmospheric aerosol samples collected in five sites in the Metropolitan Area of Mexico City were ana...
International audienceA set of elemental mass-particle size distributions is obtained from a low vol...
An update of a methodology to extract both the size-segregated source apportionment of atmospheric a...
The elemental composition of aerosol matter (total suspended particles) collected on high-purity mem...