Sintering Densification and Microstructural Characterization of Mechanical Alloyed Fe-Mn-Si based Powder Metal System

机译：机械合金化Fe-Mn-Si粉末金属系统烧结致密化和微观结构表征

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In this study sintering behaviour of Fe-Mn-Si based powder metal system were investigated using vertical dilatometer. Grain size refinement of key target composition alloys performed via mechanical alloying by taking advantage of high energy milling equipment. Both powder state and sintered state phases were characterized via XRD studies and effect of mechanical alloying time against sintering densification of Fe-Mn-Si based powder metal system were investigated for the different sintering regimes and atmospheres.

机译：在该研究中，使用垂直膨胀仪研究了Fe-Mn-Si基粉末金属系统的烧结行为。通过利用高能铣削设备通过机械合金化进行关键目标组合物合金的晶粒尺寸细化。通过XRD研究表征粉末状态和烧结状态阶段的特征，并对不同的烧结制度和大气进行研究，研究了Fe-Mn-Si基粉末金属系统的烧结致密化的效果。

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《The Minerals, Metals Materials Society Annual Meeting Exhibition》|2010年||共8页
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作者
A. Umut Soyler; Burak Ozkal; Leandru G. Bujoreanu;
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原文格式 PDF
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中图分类 TG146.2-53;
关键词
Fe-Mn-Si System; Mechanical Alloying; Sintering;

机译：Fe-Mn-Si系统;机械合金化;烧结;

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4. Sintering Densification and Microstructural Characterization of Mechanical Alloyed Fe-Mn-Si based Powder Metal System [C] . A. Umut Soyler, Burak Ozkal, Leandru G. Bujoreanu International Conference on Shape Memory and Superelastic Technologies . 2013

机译：机械合金化Fe-Mn-Si粉末金属系统的烧结致密化和微观结构表征
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机译：烧结时间对粉末冶金Fe-Mn-Si合金的致密化，显微组织，失重和拉伸性能的影响

Sintering Densification and Microstructural Characterization of Mechanical Alloyed Fe-Mn-Si based Powder Metal System

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