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Self-assembly of epitaxial monolayers for vacuum wafer bonding

机译:自组装外延单层用于真空晶圆键合

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摘要

Self-assembled epitaxial metal monolayers can be used for heterointegration of mismatched semiconductors, leading to simultaneously low interfacial resistance and high optical transparency. Lattice-mismatched wafers of Si(100) and Si(111) were bonded at room temperature in situ after vacuum deposition of a single atomic layer of Ag. The interfacial resistance was measured to be 3.9 x 10~(-4) Ω cm~2 and the optical transmission of the interface at 2500 nm is approximately 98%. Electron confinement in ultrathin Ag layers is a possible contributor to the bonding energy.
机译:自组装外延金属单层可用于错配半导体的异质集成,从而同时降低界面电阻和提高光学透明度。硅单原子层真空沉积后,在室温下原位键合Si(100)和Si(111)的晶格不匹配晶片。测得的界面电阻为3.9 x 10〜(-4)Ωcm〜2,界面在2500 nm处的透光率约为98%。超薄Ag层中的电子约束可能是键合能的一个贡献因素。

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