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首页> 外文期刊>International Journal of Mineral Processing >The effect of anatase, rutile and sodium titanate on the dissolution of boehmite and gibbsite at 90 deg C
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The effect of anatase, rutile and sodium titanate on the dissolution of boehmite and gibbsite at 90 deg C

机译:锐钛矿,金红石和钛酸钠对90℃勃姆石和三水铝石溶解的影响

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摘要

Industrial plants that refine bauxite to alumina using the high temperature process have always held the belief that anatase was detrimental to the extraction of boehmite while rutile was not. This study shows that this effect is real and that it is observable at temperatures as low as 90 deg C. The extraction of gibbsite is shown to be unaffected which leads us to believe that the kinetics of both the Ti-bearing mineral and the Al-bearing mineral is important in this phenomenon. In addition, it is shown that not only is the presence of anatase an issue in boehmite extraction but so too is the presence of sodium titanate. Rutile was found to have the least impact of the three mineral phases.
机译:使用高温工艺将铝土矿精炼成氧化铝的工厂一直认为,锐钛矿不利于勃姆石的提取,而金红石则不然。这项研究表明,这种作用是真实的,并且可以在低至90摄氏度的温度下观察到。三水铝石的萃取未受影响,这使我们相信含钛矿物和铝的动力学均如此。含矿物质在这种现象中很重要。此外,已表明不仅勃姆石提取中存在锐钛矿的问题,钛酸钠的存在也同样如此。发现金红石对三个矿物相的影响最小。

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