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Highly-Doped, Highly-Strained Germanium and Schottky Electroluminescent Diodes

机译:Highly-Doped, Highly-Strained锗和肖特基电致发光二极管

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摘要

We demonstrate that room temperature electroluminescence can be obtained from n-doped germanium layers by using a Schottky contact. The electrical and optical properties of the Schottky device are improved by inserting a thin Al2O3 interfacial barrier. We also show that high active doping of Ge grown on Si can be obtained by molecular beam epitaxy by using a co-doping method with Sb and P. We finally discuss the transfer of tensile strain on microdisk resonators using silicon nitride stressor layers.
机译:我们表明,室温致发光可以从n型锗层通过使用一个肖特基接触。肖特基的电子和光学性质设备改进通过插入细氧化铝界面障碍。通用电气的活跃掺杂生长在Si可以获得分子束外延提出使用方法与某人和p .我们最后讨论转让microdisk拉伸应变使用氮化硅谐振器压力源层。

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