首页> 外文会议>2014 7th International Silicon‐Germanium Technology and Device Meeting >Growth of tensile-strained Ge layer and highly strain-relaxed Ge1#x2212;xSnx buffer layer on silicon by molecular beam epitaxy
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Growth of tensile-strained Ge layer and highly strain-relaxed Ge1#x2212;xSnx buffer layer on silicon by molecular beam epitaxy

机译:分子束外延在硅上生长拉伸应变Ge层和高应变松弛Ge 1-x Sn x 缓冲层

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摘要

Highly strain-relaxed Ge1−xSnx layers were grown directly on Si(100) by MBE firstly. XRD and AFM measurements demonstrate a good crystalline quality and a relatively flat surface. Ge with 0.82% tensile strain were grown on the Ge0.895Sn0.105/Si, and the tensile-strain value decreases with increasing thickness of Ge epilayers.
机译:首先通过MBE在Si(100)上直接生长高度松弛的Ge1-xSnx层。 XRD和AFM测量显示出良好的晶体质量和相对平坦的表面。在Ge0.895Sn0.105 / Si上生长了具有0.82%拉伸应变的Ge,并且随着Ge外延层厚度的增加,拉伸应变值减小。

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