Add to ORKGProton induced X-ray emission (PIXE) and proton elastic scattering analysis (PESA) are complementary ion beam techniques well suited to giving total elemental analysis of small samples. Air particulate samplers designed to yield ideal small samples have been developed at Florida State University to give size and time distributions of the particulates. The two methods are discussed using samples taken mostly at Kawecki Berylco Industries
We have performed a PIXE analysis of atmospheric aerosol samples collected in Schenectady, NY, to st...
A multifaceted approach to atmospheric aerosol analysis is often desirable infield studies where an ...
In this work Proton-Induced X-ray Emission (PIXE) technique has been employed for the determination ...
Proton scattering has been applied to the problem of elemental quantitative analysis of air particul...
In this work a complex study of the capabilities Particle Induced X-Ray emission(PIXE) technique for...
At the KN3000 Van de Graaff accelerator in Florence, PIXE analysis of aerosol samples is routinely p...
A comparative study of atmospheric aerosols was performed on samples collected in Schenectady, NY us...
The PIXE method constitutes a tool for fast, reliable multi-elemental analysis of small samples. The...
The proton beam of the Florida State University Tandem Van de Graaff Accelerator is being used to ma...
A research program in ion-beam analysis (IBA) of atmospheric aerosols is being developed to study po...
A material analysis system using particle-induced x-ray emission (PIXE) analysis has been developed ...
An external beam setup has been developed for the determination of elemental concentrations in fine ...
Atmospheric aerosol samples collected in five sites in the Metropolitan Area of Mexico City were ana...
Proton induced X-ray emission analysis is useful in measuring changes in particle size distribution ...
Most air quality studies on particulate matter (PM) are based on 24-h averaged data; however, many P...
We have performed a PIXE analysis of atmospheric aerosol samples collected in Schenectady, NY, to st...
A multifaceted approach to atmospheric aerosol analysis is often desirable infield studies where an ...
In this work Proton-Induced X-ray Emission (PIXE) technique has been employed for the determination ...
Proton scattering has been applied to the problem of elemental quantitative analysis of air particul...
In this work a complex study of the capabilities Particle Induced X-Ray emission(PIXE) technique for...
At the KN3000 Van de Graaff accelerator in Florence, PIXE analysis of aerosol samples is routinely p...
A comparative study of atmospheric aerosols was performed on samples collected in Schenectady, NY us...
The PIXE method constitutes a tool for fast, reliable multi-elemental analysis of small samples. The...
The proton beam of the Florida State University Tandem Van de Graaff Accelerator is being used to ma...
A research program in ion-beam analysis (IBA) of atmospheric aerosols is being developed to study po...
A material analysis system using particle-induced x-ray emission (PIXE) analysis has been developed ...
An external beam setup has been developed for the determination of elemental concentrations in fine ...
Atmospheric aerosol samples collected in five sites in the Metropolitan Area of Mexico City were ana...
Proton induced X-ray emission analysis is useful in measuring changes in particle size distribution ...
Most air quality studies on particulate matter (PM) are based on 24-h averaged data; however, many P...
We have performed a PIXE analysis of atmospheric aerosol samples collected in Schenectady, NY, to st...
A multifaceted approach to atmospheric aerosol analysis is often desirable infield studies where an ...
In this work Proton-Induced X-ray Emission (PIXE) technique has been employed for the determination ...