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Nanoindentation: a suitable tool to determine local mechanical properties in microelectronic packages and materials?

机译:纳米压痕:确定微电子封装和材料中局部机械性能的合适工具?

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摘要

In what follows we determine the mechanical properties of intermetallic phases in microelectronic structures with the help of nanoindentation. Additionally, we try to answer the question of whether nanoindentation can be used to quantify the growth of intermetallic phases, in particular at the interface of a solder connection. Different specimens and treatments (such as reflow processes and subsequent aging) have been analyzed and their influence on mechanical properties will be examined. Finite element (FE) simulations, which are also discussed, will use the results of these experiments as reference values.
机译:接下来,我们借助纳米压痕确定微电子结构中金属间相的机械性能。此外,我们尝试回答是否可以使用纳米压痕来量化金属间相的增长问题,特别是在焊料连接界面处。分析了不同的试样和处理方法(例如回流工艺和随后的时效),并将研究它们对机械性能的影响。也将讨论的有限元(FE)模拟将这些实验的结果用作参考值。

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