NASA and the EPA are cooperating to measure particle size of all elements in aerosols from airports, coal-fired power stations, municipal waste incinerators, and other combustion aerosol sources. Langley intends to sample the air using its proton-induced x-ray emission technique initially developed to determine aerosols in jet-engine exhaust. Proton technique is important because no other rapid, nondestructive method now exists for measuring trace element compositions of massive amounts of air. Method can also analyze human tissue and hair samples to determine exposure to toxic elements
Particulate matter (PM) emitted by human activities presents a significant risk for human health, es...
Atmospheric aerosol samples collected in five sites in the Metropolitan Area of Mexico City were ana...
Recently, toxicological and epidemiological studies on health effects related to particle exposure s...
Proton induced X-ray emission analysis is useful in measuring changes in particle size distribution ...
Design of automotive emission control along roadways for lead aerosols, sulphur and other pollutants...
The proton beam of the Florida State University Tandem Van de Graaff Accelerator is being used to ma...
The elemental composition of the St. Louis aerosol has been investigated at rooftop sites in south a...
In order to provide realistic data for air pollution inventories and source apportionment at airport...
A comparative study of atmospheric aerosols was performed on samples collected in Schenectady, NY us...
International audienceAircraft engine exhaust increases the number concentration of nanoparticles (N...
We have performed a PIXE analysis of atmospheric aerosol samples collected in Schenectady, NY, to st...
In order to provide realistic data for air pollution inventories and source apportionment at airport...
Particulate matter (PM) collected hourly by an automated sampling unit of the Atmospheric Environmen...
Proton induced X-ray emission (PIXE) and proton elastic scattering analysis (PESA) are complementary...
Proton scattering has been applied to the problem of elemental quantitative analysis of air particul...
Particulate matter (PM) emitted by human activities presents a significant risk for human health, es...
Atmospheric aerosol samples collected in five sites in the Metropolitan Area of Mexico City were ana...
Recently, toxicological and epidemiological studies on health effects related to particle exposure s...
Proton induced X-ray emission analysis is useful in measuring changes in particle size distribution ...
Design of automotive emission control along roadways for lead aerosols, sulphur and other pollutants...
The proton beam of the Florida State University Tandem Van de Graaff Accelerator is being used to ma...
The elemental composition of the St. Louis aerosol has been investigated at rooftop sites in south a...
In order to provide realistic data for air pollution inventories and source apportionment at airport...
A comparative study of atmospheric aerosols was performed on samples collected in Schenectady, NY us...
International audienceAircraft engine exhaust increases the number concentration of nanoparticles (N...
We have performed a PIXE analysis of atmospheric aerosol samples collected in Schenectady, NY, to st...
In order to provide realistic data for air pollution inventories and source apportionment at airport...
Particulate matter (PM) collected hourly by an automated sampling unit of the Atmospheric Environmen...
Proton induced X-ray emission (PIXE) and proton elastic scattering analysis (PESA) are complementary...
Proton scattering has been applied to the problem of elemental quantitative analysis of air particul...
Particulate matter (PM) emitted by human activities presents a significant risk for human health, es...
Atmospheric aerosol samples collected in five sites in the Metropolitan Area of Mexico City were ana...
Recently, toxicological and epidemiological studies on health effects related to particle exposure s...