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Enhanced photocatalytic activity of two dimensional SrTiO3 nano structures for dye degradation

机译:二维SrTiO3纳米结构的增强光催化活性对染料降解的影响

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摘要

The combination of the properties of nanostructures, photocatalytic semiconductors, and plasmonic materials can significantly contribute to improving the performance of the entire photocatalysis process. We have produced a two-dimensional nanostructure which was then coated with gold as a plasmonic material followed by SrTiO3 as semiconductor material to produce a unique catalyst. The result was the production of the first catalyst of its kind made in this way, which offered notable results. The degradation ability of the sample was examined with different degrees of pH of rhodamine B dye, where we achieved the highest degradation, 16, at pH10.
机译:纳米结构、光催化半导体和等离子体材料的特性相结合,可以显著提高整个光催化过程的性能。我们生产了一种二维纳米结构,然后涂上金作为等离子体材料,然后涂上SrTiO3作为半导体材料,以产生一种独特的催化剂。其结果是生产了第一款以这种方式制造的催化剂,并取得了显着的成果。用不同pH值的罗丹明B染料检查样品的降解能力,在pH10下,降解率最高,为16%。

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