X-ray fluorescence
Through FRX we can determine the chemical composition of all types of materials. The materials can be in solid, liquid or powder form.
The method is fast, accurate and non-destructive and usually only requires minimal sample preparation.
The applications are diverse and include metals, cements, fuels, polymers, plastics, mineralogy and geology. The FRX analyzes also allow the analysis of water and waste materials. The FRX technique is also widely used in research and pharmacy.
PANanalytical's Aχios spectrometer is a wavelength dispersion measurement system that allows the analysis of chemical elements from beryllium to uranium.
The precision and reproducibility of the analyzes by FRX is very high. Very precise results can be obtained if measurement standards are available (quantitative analysis). However, it is also possible to obtain good results if patterns are not available (semiquantitative analysis).
The method is fast, accurate and non-destructive and usually only requires minimal sample preparation.
The applications are diverse and include metals, cements, fuels, polymers, plastics, mineralogy and geology. The FRX analyzes also allow the analysis of water and waste materials. The FRX technique is also widely used in research and pharmacy.
PANanalytical's Aχios spectrometer is a wavelength dispersion measurement system that allows the analysis of chemical elements from beryllium to uranium.
The precision and reproducibility of the analyzes by FRX is very high. Very precise results can be obtained if measurement standards are available (quantitative analysis). However, it is also possible to obtain good results if patterns are not available (semiquantitative analysis).
Instrumentation
Staff
Enrique Fraga Rollán
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CAI Técnicas Químicas
X-ray Diffraction Unit
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