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The analytical requirements of the geological survey and mining industries are demanding in terms of high number of samples, number of elements, time/cost constraints and the difficult matrices. Depending on the range of elements and concentrations, some samples are analyzed twice, with higher concentration elements measured by ICP-OES (ICP-optical emission spectroscopy), and trace elements measured using ICP-MS. For such samples, a single analysis would improve productivity and lower cost per sample. While ICP-MS is the only technique capable of measuring all of the required elements at trace levels, the wide range of analyte concentrations, high acid concentration and high total dissolved solids (TDS) of rock digests are challenging for the technique.
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Ultra-trace analysis of metals in mineralreference materials using the Agilent7900 ICP-MS with UHMI Introduction： The analytical requirements of the geological survey and mining industries are demanding in termsof high number of samples， number of elements， time/cost constraints and the difficult matrices.Depending on the range of elements and concentrations， some samples are analyzed twice， withhigher concentration elements measured by ICP-OES (ICP-optical emission spectroscopy)， and traceelements measured using ICP-MS. For such samples， a single analysis would improve productivityand lower cost per sample. While ICP-MS is the only technique capable of measuring all of therequired elements at trace levels， the wide range of analyte concentrations， high acid concentrationand high total dissolved solids (TDS) of rock digests are challenging for the technique. 点击下列图标获取免费资料 · Agilent Technologies
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安捷伦科技(中国)有限公司为您提供《矿物中参比物质里痕量金属进行分析检测方案(等离子体质谱)》，该方案主要用于其他中参比物质里痕量金属进行分析检测，参考标准--，《矿物中参比物质里痕量金属进行分析检测方案(等离子体质谱)》用到的仪器有Agilent 7900 电感耦合等离子体质谱仪
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