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ZnO Enriched Transparent Glass-Ceramics For Wastewater Decontamination

机译:富含ZnO的透明玻璃陶瓷用于废水净化

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Transparent photoactive glass-ceramic materials containing high content of photoactive ZnO component (up to 40%) have been prepared by applying heat-treatment for the glass composition Si0_2,Zn0, B_20_3,Na_20, K_20, P_20_5, Li_20, and BaO melted at low temperature (~120°C). The prepared materials absorb considerably in UV region and are transparent for visible light. The absorption cutoff shifted towards higher wavelength with the increase of ZnO content. The prepared materials showed proper photocatalytic activity for the degradation of Red SPD Cotton dye as model compound. Maximum removal (76%) was achieved in case of sample containing 30 wt % of ZnO and heat treated at 450°C for 10 b. Therefore, these materials can be considered promising for the degradation of organic pollutants via photocatalysis.
机译:通过对玻璃成分Si0_2,Zn0,B_20_3,Na_20,K_20,P_20_5,Li_20和BaO进行低熔点熔化处理,制备了含有高含量(最高40%)的光敏ZnO组分(最多40%)的透明光敏玻璃陶瓷材料。温度(〜120°C)。所制备的材料在紫外线区域吸收相当大,并且对于可见光是透明的。随着ZnO含量的增加,吸收截止点向更高的波长偏移。制备的材料显示出对降解红色SPD棉染料为模型化合物的适当光催化活性。在样品中包含30 wt%的ZnO并在450°C热处理10 b的情况下,可实现最大去除率(76%)。因此,可以认为这些材料有望通过光催化降解有机污染物。

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