An advanced Bragg diffraction imaging technique to characterize defects in SiC and GaN : Topic/category, e.g. AM: Advanced Metrology

T. N. Tran Thi Caliste, L. Kirste, A. Drouin, J. Baruchel
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Abstract

An advanced X-ray Bragg diffraction imaging technique known as Rocking Curve Imaging (RCI) was implemented and developed at the European Synchrotron Radiation Facility (ESRF) for the characterization of defects in bulk crystals and crystalline layers. We describe the technical aspects of RCI and show, as examples, results of its application to the observation of the long-range distortion field between parallel dislocations with opposite Burgers vectors that are often present in SiC, and the growth defects in ammonothermally grown GaN crystals. RCI allows obtaining unique results because of its sub-μm spatial resolution and its μradian range angular resolution.
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一种先进的Bragg衍射成像技术,用于表征SiC和GaN中的缺陷:主题/类别,例如AM:高级计量学
一种先进的x射线布拉格衍射成像技术被称为摇摆曲线成像(RCI)在欧洲同步辐射设施(ESRF)实施和发展,用于块状晶体和晶体层缺陷的表征。我们描述了RCI的技术方面,并举例说明了其应用于观察SiC中经常出现的具有相反Burgers向量的平行位错之间的远程畸变场以及氨热生长GaN晶体中的生长缺陷的结果。由于RCI具有亚μm的空间分辨率和μ弧度范围的角分辨率,因此可以获得独特的结果。
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