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首页> 外文期刊>Acta Chimica Slovenica >Determination of Titanium Dioxide Content in Bauxites Using X-ray Fluorescence Spectrometry by Fusion and by Pressing
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Determination of Titanium Dioxide Content in Bauxites Using X-ray Fluorescence Spectrometry by Fusion and by Pressing

机译:熔融和加压X射线荧光光谱法测定铝土矿中二氧化钛的含量

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Bauxites of different deposits were analysed for their content of TiO 2 (mass %), using X-ray fluorescence spectrometry and the reference spectrophotometric method JUS B.G8.514. The samples were prepared in two ways: fusion with a borax technique and pressing, after which beads were formed for the purpose of analysis. Certified reference samples of bauxite were used for producing a calibration curve. The equation for calculating the content of TiO 2 (mass %) in the samples of bauxite was derived from the calibration curve. Results of the XRF method were tested statistically by means of the F-test and the t-test (the standard sample of the bauxite and the reference method). The values obtained from the afore mentioned tests for the fusion beads showed that the XRF method was precise and correct and that there were no systematic errors, whereas for the pressed beads this method showed significant systematic errors.
机译:使用X射线荧光光谱法和参考分光光度法JUS B.G8.514,分析了不同沉积物的铝土矿中TiO 2的含量(质量%)。样品的制备有两种方法:用硼砂技术融合和压制,然后形成珠子用于分析。经认证的铝土矿参考样品用于生成校准曲线。由校准曲线推导出计算铝土矿样品中TiO 2含量(质量%)的公式。 X射线荧光光谱法的结果通过F检验和t检验(铝土矿的标准样品和参考方法)进行统计学检验。从上述提到的融合珠测试中获得的值表明,XRF方法是准确而正确的,并且没有系统误差,而对于压制珠,该方法表现出明显的系统误差。

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