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Synthesis of ALON Refractory Raw Materials from Aluminum Dross Using Thermite Reaction Process

机译:使用热反应过程合成铝渣中的Alon耐火材料原料

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Aluminum dross is presented as a potential material to form AlON using thermite reaction. The commercial MgAl powder, active carbon, and titania were prepared to make a chemical furnace (self-propagation combustion). The preheating temperature of 300°C is enough to intitate ignition of the mixture as fuel and oxidizer. The addition of Y_2O_3 (1wt. %) is effective to enhance solid solution products between Al_2O_3 and AlN in the Aluminum dross. The level of contamination like an alkali metal oxide in the Aluminum dross was reduced highly by the heat from chemical furnace.
机译:铝渣作为潜在的材料,以使用热反应形成Alon。制备商业MgAL粉末,活性炭和二氧化钛制成化学炉(自繁殖燃烧)。预热温度为300°C足以激发混合物作为燃料和氧化剂的点火。添加Y_2O_3(1wt.%)是有效增强铝渣中的Al_2O_3和ALN之间的固体溶液产物。铝渣中的碱金属氧化物等污染水平高度通过来自化学炉的热量减少。

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