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Photodegradation of crystal violet using zinc salts of Heteropoly (Zn3.5PMO8V4O40 as the photocatalysis

机译:使用杂交锌盐的晶体紫光(Zn 3.5 PM O8 V 4 O 40 作为光催化

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The synthesis of heteropoly compounds and preparation of the heteropoly acid zinc salt as photo-catalyst, and their characterizations are studied by IR, SEM. The dye wastewater (crystal violet) is investigated with the catalysts prepared under visible light for photocatalytic decoloration and degradation. The results showed that, the Zn-heteropoly salt prepared by sol- gel method as photocatalyst can crystal violet degradation very well in visible light. The efficiencies of photodegradation of the catalyst and oxidant dosage, as well as additive are closely related. The easy recovery of catalyst has a good reproducibility. It is energy saving and important to environmental protection. The application of them is promising.
机译:IR,SEM研究了杂多化合物的合成及杂多酸锌盐作为光催化剂的表征。 用催化剂在可见光下制备的催化剂进行催化剂进行光催化脱色和降解,研究染料废水(晶体紫色)。 结果表明,作为光催化剂制备的Zn-杂多盐作为光催化剂可以在可见光下晶体紫色降解。 催化剂和氧化剂剂量的光降解以及添加剂的效率密切相关。 易于恢复的催化剂具有良好的再现性。 它是节能和对环保重要的。 他们的应用很有希望。

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