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首页> 外文期刊>Metallurgist >Features of Structure and Property Formation for Hot-Deformed Materials of the Al-Si and Al-Si-C Systems Based on Mechanochemically Activated Charges
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Features of Structure and Property Formation for Hot-Deformed Materials of the Al-Si and Al-Si-C Systems Based on Mechanochemically Activated Charges

机译:基于机械活性电荷的Al-Si和Al-Si-C系统的热变形材料结构和性能形成特征

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摘要

The effect of grinding medium composition on the structure and property formation for hot-deformed materials of the Al-Si and Al-Si-C systems based on mechanochemically activated charges is studied. An inherited effect is demonstrated for the structure of aluminum-silicon-graphite charge agglomerates prepared by the two-stage mechanical activation technology developed on the structure of hot-deformed material of this system. A technology is proposed for preparing hot-deformed Al-Si-C powder material with a finely dispersed structure providing improved ultimate shear strength (220 MPa) and hardness (440 HV).
机译:研究了研磨介质组成对基于机械化学活性电荷的Al-Si和Al-Si-C系统的热变形材料结构和性能形成的影响。 通过在该系统的热变形材料结构上开发的两级机械激活技术制备的铝 - 硅 - 石墨电荷聚集体的结构进行了遗传效果。 提出了一种用于制备热变形的Al-C粉末材料,其具有细散的分散结构,提供改善的极限剪切强度(220MPa)和硬度(440HV)。

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