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Consolidation of Hierarchy-Structured Nanopowder Agglomerates and Its Application to Net-Shaping Nanopowder Materials

机译:分层结构纳米粉体的固结及其在净形纳米粉体材料中的应用

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This paper provides an overview on our recent investigations on the consolidation of hierarchy-structured nanopowder agglomerates and related applications to net-shaping nanopowder materials. Understanding the nanopowder agglomerate sintering (NAS) process is essential to processing of net-shaped nanopowder materials and components with small and complex shape. The key concept of the NAS process is to enhance material transport through controlling the powder interface volume of nanopowder agglomerates. Based upon this concept, we have suggested a new idea of full density processing for fabricating micro-powder injection molded part using metal nanopowder agglomerates produced by hydrogen reduction of metal oxide powders. Studies on the full density sintering of die compacted- and powder injection molded iron base nano-agglomerate powders are introduced and discussed in terms of densification process and microstructure.
机译:本文概述了我们最近对分级结构纳米粉末团聚体的固结及其在净成型纳米粉末材料中的相关应用的研究。了解纳米粉末团聚烧结(NAS)工艺对于处理网状纳米粉末材料和形状复杂的小部件至关重要。 NAS工艺的关键概念是通过控制纳米粉末团聚体的粉末界面体积来增强材料的运输。基于此概念,我们提出了一种新的全密度加工方法的想法,该方法用于通过金属氧化物粉末的氢还原而产生的金属纳米粉末团聚物来制造微粉注塑成型零件。介绍了压实和粉末注射成型的铁基纳米团聚粉末的全密度烧结研究,并从致密化过程和微观结构方面进行了讨论。

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