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1983•Journal of the Korean Chemical SocietyRequires access

X-Ray Fluorescence Analysis of $Ta_2O_5, Nb_2O_5, TiO_2, SnO_2$ and $Zr_O2$ in Tin-Slags

Young-Sang Kim, Chong Wook Lee

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Abstract

With the synthetic standards, valuable metals , and ) in the tin slags have been determined by the x-ray fluorescence spectrometry. The powder sample and the standards are homogeneously mixed with anhydrous and in weight ratio of 15 : 42 : 3 respectively. The mixed material is fused at for 30 minutes to be changed into the glass bead. The bead is ground to (-) 325 mesh size and pelletized. The analytical results obtained in this work are consistent with the data obtained by other common methods within allowable error range. The standard deviation for in PTS-H sample is 0.12 % at level of 3.40 % content

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What this paper is about

With the synthetic standards, valuable metals , and ) in the tin slags have been determined by the x-ray fluorescence spectrometry. The powder sample and the standards are homogeneously mixed with anhydrous and in weight ratio of 15 : 42 : 3 respectively. The mixed material is fused at for 30 minutes to be changed into the glass bead. The bead is ground to (-) 325 mesh size and pelletized. The analytical results obtained in this work are consistent with the data obtained by other common methods within allowable error range. The standard deviation for in PTS-H sample is 0.12 % at level of 3.40 % content

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Available abstract

With the synthetic standards, valuable metals , and ) in the tin slags have been determined by the x-ray fluorescence spectrometry. The powder sample and the standards are homogeneously mixed with anhydrous and in weight ratio of 15 : 42 : 3 respectively. The mixed material is fused at for 30 minutes to be changed into the glass bead. The bead is ground to (-) 325 mesh size and pelletized. The analytical results obtained in this work are consistent with the data obtained by other common methods within allowable error range. The standard deviation for in PTS-H sample is 0.12 % at level of 3.40 % content

Key concepts: Tin, Anhydrous, Analytical Chemistry (journal), Materials science, X-ray fluorescence, Relative standard deviation, Fluorescence, Metallurgy

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X-Ray Fluorescence Analysis of $Ta_2O_5, Nb_2O_5, TiO_2, SnO_2$ and $Zr_O2$ in Tin-Slags — Research Paper | ScholarLens