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On the densification mechanisms and properties of Cu-Pb and Cu-Pb-TiB_2 nanocomposites densified using spark plasma sintering

机译:放电等离子体烧结致密的Cu-Pb和Cu-Pb-TiB_2纳米复合材料的致密机理与性能

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摘要

The present paper is aimed to understand the sub-processes triggered by rapid heating during spark plasma sintering as well as to assess the extent to which densification and properties of metallic materials can be enhanced using such superfast consol idation process. Using nanocrystalline Cu-Pb as a model system, the influence of Pb as well as TiB_2 addition on the densification mechanisms and properties are discussed. Importantly, a high hardness of 2 GPa is achieved in Cu-based nanocomposites.
机译:本文旨在了解由火花等离子体烧结过程中的快速加热触发的子过程,并评估使用这种超快凝固过程可以增强金属材料的致密化和性能的程度。以纳米晶Cu-Pb为模型体系,讨论了Pb以及TiB_2的添加对致密化机理和性能的影响。重要的是,在铜基纳米复合材料中实现了2 GPa的高硬度。

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