X-Ray Fluorescence Analysis of $Ta_2O_5,\;Nb_2O_5$ and ZrO_2$ in Tin-Slag Samples using Simple Dilution Method
Young-Sang Kim, Hak Je Sung
Abstract
Young-Sang Kim, Hak Je Sung
Abstract
-ray fluorescence analysis of , and in tin-slag samples using the simple dilution method was studied. The method is to correct mathematically the calibration curve to the linear line by the dilution. One synthesized standard having similar composition to the sample and tin slag samples were diluted with anhydrous at the level of 1%, 2% and 3% of the sample content respectively. The diluted samples were fused at for 30 minutes and these glass beads were finely ground and pelletized. Measuring the X-ray intensities with these pellets, analytical results were calculated by the equation derived from J. Scherman's equation for the characteristic X-ray intensity of an element. Analytical results agreed with the reference values obtained by the standard calibration method within allowable error range and were reproducible.
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-ray fluorescence analysis of , and in tin-slag samples using the simple dilution method was studied. The method is to correct mathematically the calibration curve to the linear line by the dilution. One synthesized standard having similar composition to the sample and tin slag samples were diluted with anhydrous at the level of 1%, 2% and 3% of the sample content respectively. The diluted samples were fused at for 30 minutes and these glass beads were finely ground and pelletized. Measuring the X-ray intensities with these pellets, analytical results were calculated by the equation derived from J. Scherman's equation for the characteristic X-ray intensity of an element. Analytical results agreed with the reference values obtained by the standard calibration method within allowable error range and were reproducible.
Key concepts: Dilution, Tin, Slag (welding), Calibration curve, Analytical Chemistry (journal), Anhydrous, Pellets, Standard addition