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A Methodological Approach to the Analysis of Rocks and Meteorites by Inductively Coupled Plasma Atomic Emission Spectrometry

机译:电感耦合等离子体原子发射光谱法分析岩石和陨石的方法论方法

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摘要

The capabilities of the ICAP-6500 Duo high-resolution echelle spectrometer (Thermo Scientific) for the elemental analysis of geochemical materials and extraterrestrial matter have been investigated. The features of the determination of elements in chondritic meteorites are studied, and appropriate procedures, including sample preparation, are developed. Main (including phosphorus and sulfur) and impurity elements are determined in four fragments of chondritic meteorites: Kainsaz, Zhovtnevyi Khutor, Saratov, andAllende. The data are compared with the average concentration of elements in ordinary chondrites. The composition of the available sample of the Allende chondritic meteorite is characterized for using it as an intralaboratory reference sample.
机译:研究了ICAP-6500 Duo高分辨率梯定光谱仪(Thermo Sciencific)用于地球化学材料和外星物质的元素分析的能力。 研究了Chondritic陨石中的元素的测定的特征,并开发了适当的方法,包括样品制备。 Main(包括磷和硫)和杂质元素在Chondritic Meteorites的四个片段中测定:Kinsaz,Zhovtnevyi Khutor,Saratov,Antallende。 将数据与普通的Chondrites中元素的平均浓度进行比较。 Allende Chondritic Meteorite的可用样品的组成表征用它作为脑内参考样品使用。

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