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Direct bonding of two crystal substrates at room temperature by Ar-beam surface activation

机译:室温下通过Ar束表面活化直接粘合两个晶体基板

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摘要

A room-temperature direct-bonding method for various crystal substrates including semiconductors and oxides has been developed. In this method, the surfaces of two wafers are sputter etched by Ar ion beam and bonded in high vacuum. This method is called the surface-activated bonding (SAB). It is suitable for the bonding between different materials and fabrication of integrated substrates, because the process is free from the problems of thermal expansion mismatch. Such integrated substrates are expected to improve various microdevices and allow realization of new devices. (c) 2006 Published by Elsevier B.V.
机译:已经开发了用于包括半导体和氧化物的各种晶体衬底的室温直接键合方法。在这种方法中,两个晶片的表面被Ar离子束溅射蚀刻并在高真空下键合。这种方法称为表面激活键合(SAB)。它适合于不同材料之间的结合以及集成基板的制造,因为该工艺没有热膨胀失配的问题。期望这样的集成基板改善各种微器件并允许实现新器件。 (c)2006年由Elsevier B.V.发布

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