首页> 外文期刊>Journal de Physique, IV: Proceedings of International Conference >Fluorescence X : de la decouverte des rayons de Rontgen aux identites de Tertian
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Fluorescence X : de la decouverte des rayons de Rontgen aux identites de Tertian

机译:X射线荧光:从伦琴射线的发现到Tertian身份

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The X ray fluorescence radiation was observed from the year after the discovery of X-rays by Rontgen. But, it is from the work of Laue (1913) that X ray fluorescence spectrometry expanded rapidly. Previous studies (Sagnac, Barkla, ...) was thus confirmed by Moseley that established the relation between X spectra lines and Mendeleieff elements classification table. It was the begining of qualitative analysis. From the 1945-1955 period, and with the use of goniometers, the method was largely employed in industrial analyses and was supported by the improvment of the apparatus as well as the developpment of new theories on X-ray fluorescence emission. These research have led to matrix effect correction algorithms including inter-elements influence coefficients. In 1977, Tertian based a correlation between these coefficients and the fondamental equations of fluorescence intensities. These works known as Tertian Indentities were applied to the quantitative analysis (Broil-Tertian) and more recently to developp semi-quantitative method analysis.
机译:从伦琴发现X射线后的第二年开始观察X射线荧光辐射。但是,正是根据Laue(1913)的工作,X射线荧光光谱法迅速发展。因此,Moseley证实了先前的研究(Sagnac,Barkla等),建立了X谱线与Mendeleieff元素分类表之间的关系。这是定性分析的开始。从1945-1955年开始,随着使用测角计的使用,该方法被广泛用于工业分析,并得到了设备的改进以及有关X射线荧光发射的新理论的发展的支持。这些研究导致了包括元素间影响系数在内的矩阵效应校正算法。 1977年,Tertian在这些系数与荧光强度的基础方程之间建立了相关性。这些被称为Tertian身份的工作被用于定量分析(Broil-Tertian),最近又用于半定量方法分析。

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