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A nano-sized catalytic architecture composed of SiO{sub}2-TiO{sub}2 particle and carbon nanofibers

机译:由SiO {Sub} 2-TiO {Sub} 2颗粒和碳纳米纤维组成的纳米尺寸催化架构

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Amorphous SiO{sub}2-TiO{sub}2 particles have been grown on the carbon nanofibers successfully via hydrothermal synthesis. SEM and TEM images revealed that the produced particles were in nano size (under 10 nm) and appeared to be distributed uniformly along the curvature of the nanofibers. This work also reveals the possibility of obtaining crystalline particles from amorphous phase via recrystallization. The synthesized composite material could be a potential candidate for catalytic reactions which utilize Ti centre as an active site and which require the particle size of the catalyst in nanometer scale.
机译:通过水热合成成功地在碳纳米纤维上生长了无定形SiO {亚} 2-TiO {亚} 2颗粒。 SEM和TEM图像显示,产生的颗粒是纳米尺寸(10nm以下),并且似乎沿纳米纤维的曲率均匀地分布。 这项工作还揭示了通过再结晶从非晶相获得晶体颗粒的可能性。 合成的复合材料可以是利用Ti中心作为活性位点的催化反应的潜在候选者,并且需要纳米级中催化剂的粒度。

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