Semiempirical model for correction of matrix effects in on-stream x-ray fluorescence analysis

Semiempirical model for correction of matrix effects in on-stream x-ray fluorescence analysis

A semiempirical non‐linear model for the on‐stream x‐ray fluorescence analysis of slurries was developed, utilizing the intensities of fluorescent and scattered radiation. It is assumed that the slurry consists of liquid and solid parts. All components of the solids except the elements to be measure...

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Veröffentlicht in:X-ray spectrometry 1991-04, Vol.20 (2), p.81-87
1. Verfasser: Stoev, Krassimir Nedialkov
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Analytical chemistry
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Exact sciences and technology
Spectrometric and optical methods
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description A semiempirical non‐linear model for the on‐stream x‐ray fluorescence analysis of slurries was developed, utilizing the intensities of fluorescent and scattered radiation. It is assumed that the slurry consists of liquid and solid parts. All components of the solids except the elements to be measured are considered to be a filling substance with an approximately constant absorption coefficient. The model permits the calculation of the elemental weight fractions in the solids without the need for the determination of the solid content in the slurry. The accuracy and reproducibility of the method are compared with those of existing multiple regression models. A non‐linear expression for the determination of the solid content in the slurry using the intensity of scattered x‐radiation is proposed and compared with some polynomial regression models.
doi_str_mv 10.1002/xrs.1300200208
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Exact sciences and technology
Spectrometric and optical methods
title Semiempirical model for correction of matrix effects in on-stream x-ray fluorescence analysis
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