Various Experimental factors behind the Missing Elements in PIXE Spectrum of Charnockite Matrix

Journal of Nuclear Physics, Material Sciences, Radiation and Applications Pub Date : 2020-11-09 DOI:10.15415/jnp.2020.81005

A.V.S. Satyanarayana Avupati, M. J. R. M. J. Rao

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引用次数: 2

Abstract

Received: August 29, 2020 Revised: September 23, 2020 Accepted: September 30, 2020 Published Online: November 09, 2020 In the chemical characterization of Charnokite is well investigated by using PIXE and other analytical techniques, but PIXE not given information about some of elements completely, because every technique including PIXE has proper limitations. To obtain the complete geochemical explanation of the matrix Charnockite composition, the experimental factors behind missing elements in PIXE at 3 MeV techniques with comparison must know and hence are used for the analysis of matrix compositions related to the earth materials like Charnockite. In this study, the results obtained from PIXE compared with other analytical techniques and experimental factors of PIXE are discussed. By investigating the geochemical nature of complex Charnockite material, the experimental factors which are related to the missing elements in this study of a wide range of elements obtained from PIXE spectrum through the previous analytical techniques have been discussed.

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Charnockite基质PIXE谱缺失元素背后的各种实验因素

在Charnokite的化学性质研究中，使用了PIXE和其他分析技术，但由于包括PIXE在内的每种技术都有适当的局限性，PIXE并没有完全给出一些元素的信息。为了获得基质Charnockite组成的完整地球化学解释，必须知道3mev下PIXE技术中缺失元素背后的实验因素，从而用于分析与Charnockite等地球材料相关的基质组成。本文讨论了PIXE与其他分析方法的比较结果，以及PIXE的实验因素。通过对复杂Charnockite物质的地球化学性质的研究，讨论了与本研究中通过先前的分析技术从PIXE光谱中获得的广泛元素缺失相关的实验因素。

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Journal of Nuclear Physics, Material Sciences, Radiation and Applications

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