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From Kaolins (with Addition of Al_2O_3) to Mullite Composite Nanocrystals: Experiments and Analysis

机译:从高岭土(添加Al_2O_3)到莫来石复合纳米晶体的实验和分析

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摘要

Natural and raw high-silica kaolins are firstly processed into fine kaolin powders with oxidation-reduction bleaching method before mixed with Al_2O_3 powders and then baked to produce mullite composite oxides at temperature between 1050-1150℃. The mullite composite oxides are further made into composite mullite nanocrystals by using open-system hydrothermal crystallization method under normal pressure. Analysis of the final products show that the mullite nanocrystals are texturally homogenous at an average size around 80-100 nm and have high thermal stability.
机译:将天然和高硅高岭土先用氧化还原漂白法加工成高岭土细粉,再与Al_2O_3粉末混合,然后在1050至1150℃的温度下焙烧生成莫来石复合氧化物。在常压下,采用开式水热结晶法将莫来石复合氧化物进一步制成复合莫来石纳米晶体。最终产品的分析表明,莫来石纳米晶体质地均匀,平均尺寸约为80-100 nm,并且具有很高的热稳定性。

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