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首页> 外文期刊>European journal of mass spectrometry >Determination of trace elements and correction of mass spectral interferences in superalloy analyzed by glow discharge mass spectrometry
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Determination of trace elements and correction of mass spectral interferences in superalloy analyzed by glow discharge mass spectrometry

机译:辉光放电质谱法分析高温合金中痕量元素并校正质谱干扰

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摘要

Mass spectral interference was investigated systematically during the determination of trace elements in superalloy by glow discharge mass spectrometry (GD-MS); moreover the main mass spectral interference and interference level of isotopes were provided in detail. According to the mass spectral interference of elements, different methods were selected for interference correction. The effects of mass spectral interference were removed efficiently by using correction methods such as selecting isotopes without interference, matching sample matrices and deducing interference with multivariable linear regression. The determination results of three superalloy samples show that trace elements such as B, Mg, Ga, As, Ag, In, Sri, Sb, Te, Tl, Pb and Bi were determined successfully after interference correction.
机译:通过辉光放电质谱法(GD-MS)系统地研究了高温合金中微量元素的质谱干扰。此外,详细提供了主要的质谱干扰和同位素的干扰水平。根据元素的质谱干扰,选择了不同的干扰校正方法。通过使用校正方法(例如选择无干扰的同位素,匹配样品矩阵并通过多变量线性回归推断干扰)可以有效地消除质谱干扰的影响。三种高温合金样品的测定结果表明,在进行干扰校正后,成功测定了痕量元素,例如B,Mg,Ga,As,Ag,In,Sri,Sb,Te,Tl,Pb和Bi。

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