X-ray tube spectra are obtained using Oroglas materials as scatterers. The measured spectra are corrected for detector efficiency and Compton effect. The relative intensities of the elements in alloys are measured and calculated. The consistency of the experimental results and the theoretical values confirmed the validity of the corrected spectra, indicating that the method introduced in this letter is a simple and valid way of obtaining the X-ray tube spectra for quantitative analysis of X-ray fluorescence analysis
In routine applications, information about the photon flux of x-ray tubes is obtained from exposure ...
In routine applications, information about the photon flux of x-ray tubes is obtained from exposure ...
X-ray fluorescence analysis (XRF) is currently in high demand in such branches of science and techno...
This paper describes techniques that can be used to improve the ratio of fluorescence to bremsstrahl...
During the last more than two decades, applications and uses of X-ray Emission Spectroscopy have m...
During the last more than two decades, applications and uses of X-ray Emission Spectroscopy have m...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
X-Ray Fluorescence Spectrometry is now well established as a method for obtaining rapid qualitative...
The fluorescence spectroscopy method is used to distinguish components in gas, liquid, or solid samp...
Non-destructive fluorescent X-ray spectroscopic analyses of metals were investigated with only one o...
In routine applications, information about the photon flux of x-ray tubes is obtained from exposure ...
In routine applications, information about the photon flux of x-ray tubes is obtained from exposure ...
In routine applications, information about the photon flux of x-ray tubes is obtained from exposure ...
In routine applications, information about the photon flux of x-ray tubes is obtained from exposure ...
X-ray fluorescence analysis (XRF) is currently in high demand in such branches of science and techno...
This paper describes techniques that can be used to improve the ratio of fluorescence to bremsstrahl...
During the last more than two decades, applications and uses of X-ray Emission Spectroscopy have m...
During the last more than two decades, applications and uses of X-ray Emission Spectroscopy have m...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
Results are presented of Monte Carlo calculations of X-ray spectra produced by electron interaction ...
X-Ray Fluorescence Spectrometry is now well established as a method for obtaining rapid qualitative...
The fluorescence spectroscopy method is used to distinguish components in gas, liquid, or solid samp...
Non-destructive fluorescent X-ray spectroscopic analyses of metals were investigated with only one o...
In routine applications, information about the photon flux of x-ray tubes is obtained from exposure ...
In routine applications, information about the photon flux of x-ray tubes is obtained from exposure ...
In routine applications, information about the photon flux of x-ray tubes is obtained from exposure ...
In routine applications, information about the photon flux of x-ray tubes is obtained from exposure ...
X-ray fluorescence analysis (XRF) is currently in high demand in such branches of science and techno...