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XPS study of multilayer multicomponent films

机译:多层多组分薄膜的XPS研究

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In the paper, we propose an XPS-based quantitative method for depth profile analysis of chemical and phase composition of multi-component and multi-layer samples. The method includes: (1) new method for background subtraction accounting for depth non-uniformity of electron energy losses; (2) new method for photoelectron line decomposition into elementary peaks, which accounts for physical nature of the decomposition parameters; (3) joint solving of both background subtraction and photoelectron line decomposition problems; (4) criterion for assessing of line decomposition accuracy; (5) simple formula for layer thickness extraction for multi-element and multi-layer sample. We apply the developed method for analysis of multilayer niobium oxide and sub-oxide films before and in course of ion milling. (C) 2017 Elsevier B.V. All rights reserved.
机译:在本文中,我们提出了一种基于XPS的定量方法,用于对多组分和多层样品的化学和相组成进行深度剖面分析。该方法包括:(1)考虑电子能量损失的深度不均匀性的背景扣除的新方法; (2)光电子线分解为基本峰的新方法,该方法考虑了分解参数的物理性质; (3)共同解决背景扣除和光电子线分解问题; (4)线路分解精度评估标准; (5)用于多元素和多层样品的层厚度提取的简单公式。在离子铣削之前和过程中,我们将开发的方法用于分析多层氧化铌和次氧化膜。 (C)2017 Elsevier B.V.保留所有权利。

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