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Progress and developments in the field of materials for transient liquid phase bonding and active soldering processes

机译:瞬态液相键合和有源焊接工艺材料领域的进步与发展

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摘要

In the last decade, microsystem engineering has rapidly developed. Nowadays microsystems have a very broad scope of applications, which range from electronics and aerospace to chemistry, optics, biology and medicine. Within this framework, the joining technique plays a crucial role. Therefore the development of new concepts for joining hybrid micro structures is one of the main tasks within the collaborative research center, assembly of hybrid microsystems. Active soldering and transient liquid phase (TLP) bonding processes are two innovative and trend-setting technologies in the field of joining dissimilar materials and have been specifically adapted to the requirements of the microsystems.
机译:在过去的十年中,微系统工程迅速发展。如今,微系统的应用范围非常广泛,范围从电子和航空航天到化学,光学,生物学和医学。在此框架内,连接技术起着至关重要的作用。因此,开发用于加入混合微结构的新概念是协作研究中心(混合微系统的组装)的主要任务之一。主动焊接和瞬态液相(TLP)键合工艺是连接异种材料领域中的两项创新和引领趋势的技术,并且特别适合于微系统的要求。

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