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RESEARCH ON MICROWAVE ROASTING OF ZnO AND APPLICATION IN PHOTOCATALYSIS

机译:ZnO微波炉烘焙研究及在光催化中的应用

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This paper adopts a simple and novel preparation. Taking cellulose as a template, a tubular morphology structure of micro/nano ZnO crystals was obtained by microwave roasting at high temperature. The higher the microwave roasting temperature, the larger the degree of crystallization. The experiments indicate that the best photo catalytic effect can be obtained at 850°C: At this temperature, the oxidation of cellulose is complete. Large quantities of hexagonal shaped ZnO crystal can be observed, specifically the (0001) crystal face. Under ultraviolet-visible irradiation, taking long arc mercury lamp as light source, the material had good photocatalytic activity. The decomposing efficiency of methylene blue reaches 97% in 60min, which is superior to that of preparations without templates at the same temperature.
机译:本文采用简单而新颖的准备。使纤维素作为模板,通过在高温下进行微波焙烧的微/纳米ZnO晶体的管状形态结构。微波炉烘烤温度越高,结晶程度越大。实验表明,最好的光催化效果可以在850℃下获得:在该温度下,纤维素的氧化是完整的。可以观察到大量六边形ZnO晶体,特别是(0001)晶面。在紫外线可见辐照下,将长弧汞灯作为光源,材料具有良好的光催化活性。亚甲基蓝的分解效率在60min中达到97%,其优于同一温度的模板的制剂。

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