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Complementing and adding to SEM performance with addition of XRF, Raman, CL and PL spectroscopy and imaging

机译:通过添加XRF,拉曼光谱,CL和PL光谱学和成像来补充并提高SEM性能

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Electron microscopy, along with many other surface science and analytical techniques, offers an array of complementary sub-techniques that provide additional information to enhance the primary analysis or imaging mode. Most electron microscopes are built with several additional ports for the installation of complementary analysis modules. One type of analysis which is particular useful in geology and semiconductor analysis is cathodoluminescence (CL).A new technique has been developed to allow complementary optical measurements using the electron beam from the SEM, compatible with most standard commercial SEM systems. Among the optical measurements accessible using the Cathodoluminescence Universal Extension (CLUE) module are CL, Raman, PL and EDX spectroscopy and imaging. This paper shows the advantages of using these complementary techniques, and how they can be applied to analysis of geological and semiconductor materials.
机译:电子显微镜以及许多其他表面科学和分析技术提供了一系列补充性子技术,这些子技术可提供其他信息以增强基本分析或成像模式。大多数电子显微镜都带有几个额外的端口,用于安装互补的分析模块。在地质和半导体分析中特别有用的一种分析类型是阴极发光(CL)。 已经开发出一种新技术,以允许使用来自SEM的电子束进行互补光学测量,该技术与大多数标准商业SEM系统兼容。使用阴极发光通用扩展(CLUE)模块可进行的光学测量包括CL,拉曼,PL和EDX光谱和成像。本文展示了使用这些互补技术的优势,以及如何将其应用于地质和半导体材料的分析。

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