Characterization of III-V periodic structures by spectroscopic ellipsometry and grazing X-ray reflectance

P. Boher, J. Stehle
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Abstract

Spectroscopic Ellipsometry (SE) and Grazing X-ray Reflectance (GXR) techniques are applied on a III-V periodic epitaxial structures in order to extract accurately structural informations. Thickness informations are obtained directly from Fourier transformation of the GXR spectra and confirmed by simulation of the reflectance curve. Compositions are deduced from SE regression using GXR thickness as input values. Using this method it was possible to detect g reduction of the density of the top layers. This layer imperfection is important to deduce accurate reflectance properties for the same structure.
利用椭圆偏振光谱和掠射x射线反射率表征III-V周期结构
利用椭圆偏振光谱(SE)和掠射x射线反射(GXR)技术对III-V型周期外延结构进行了精确的结构信息提取。厚度信息直接由GXR光谱的傅里叶变换得到,并通过模拟反射率曲线得到验证。使用GXR厚度作为输入值,从SE回归推导出成分。使用这种方法可以检测到顶层密度的g减少。这一层的缺陷对于推导出相同结构的精确反射率具有重要意义。
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