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Process for preparing rutile nanoparticles in sulfate technology of TiO2 manufacture at low temperature values and use thereof

机译:TiO2低温制硫酸盐技术中金红石型纳米粒子的制备方法及其用途

摘要

preparation method rutilovu00fdch nanocu00e1stic of titanicitu00e9ho in sulfate production technology of carbon titanicitu00e9ho isolated odstredenu00edm,filtration or dekantacu00ed and drying from the source of alkaline titanu00e1tu, in which 0.01 to 3 m solution of alkaline titanu00e1tu of sulphate production tio.sub.2.n. wayin the water, popru00edpade with other slouceninami selected from polyol and salts of organic acids c.sub.2.n. to c.sub.18.n.in such a concentration that their molar odds to titanium was 0001 to 20 and pru00edpadnu00e9ho doping kationtem metal to produce the dispersion nanocu00e1stic tio.sub.2.n. cooksthe medium size of 20 to 200 nm, which is at least one way from the figure below isolated from group: odparenu00ed, decantation, odstredenu00ed, filtration, drying.
机译:硫酸法生产钛钛矿的钛铁矿的制备方法钛钛矿的分离工艺,从碱性钛矿源中过滤,分离或干燥后干燥,其中0.01〜3 m溶液硫酸盐生产二氧化钛的碱性钛。在水中,与选自多元醇和有机酸c.sub.2.n的其他盐类物质一起加入水。到c.sub.18.n.的浓度使得它们与钛的摩尔比是0001至20,并且预先掺杂了掺杂金属以产生分散的纳米晶的二氧化钛。蒸煮20至200 nm的中等大小,这是从下图中至少一种从组中分离出的方法:odparen,倾析,odstreden,过滤,干燥。

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