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Gaseous detonation synthesis and characterization of nano-oxide

机译:纳米氧化物的气态爆轰合成与表征

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Gaseous detonation is a new method of heating the precursor of nanomaterials into gas, and integrating it with combustible gas as mixture to be detonated for the synthesis of nanomaterials. In this paper, the mixed gas of oxygen and hydrogen is used as the source for detonation, to synthesize nano TiO2, nano SiO2 and nano SnO2 through gaseous detonation method, characterization and analysis of the products, it was found that the products from gaseous detonation method were of high purity, good dispersion, smaller particle size and even distribution. It also shows that for the synthesis of nano-oxides, gaseous detonation is universal.
机译:气体爆炸是一种将纳米材料前体加热到气体中的新方法,并将其与可燃气体作为混合物将其集成,以便被爆炸用于纳米材料的合成。在本文中,通过气体爆轰方法合成纳米TiO2,纳米SiO2和纳米SnO2的氧气和氢气的混合气体作为爆轰,其特征和分析,发现来自气态爆炸的产品方法具有高纯度,良好的分散,粒径较小甚至分布。它还表明,对于纳米氧化物的合成,气态爆炸是通用的。

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