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Preparation and Properties of Zno/Vermiculite Composite Particles

机译:ZnO /蛭石复合粒子的制备及性能

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ZnO/vermiculite as the novel photocatalysts were prepared by two approachs: one is mixtures of ZnO and different acid treated vermiculite, and another is sol-gel method. The acid activated vermiculite as a new promising catalyst support and adsorbent has a large capacity of absorption, high surface area and thermal stability. The activity of catalyst has been interrelated to support and ZnO. Based on the important effect of support on ZnO/vermiculite photocatalysts, treatment of vermiculite by nitric acid of different concentration was studied by evaluated in the photocatalytic decomposition of MB with resulting photocatalysts. BET surface area measurement and X-ray diffraction (XRD) analysis were used to characteristic of ZnO particle in acid treated vermiculite structure and the phase structure and crystallization index of ZnO in the modified vermiculite mineral. Results showed the ZnO-vermiculite combination possessing higher photocatalytic activity due to the synergistic effect when compared to the commercial ZnO.
机译:通过两种方法制备新型光催化剂的ZnO /蛭石:一种是ZnO和不同酸处理的蛭石的混合物,另一个是溶胶 - 凝胶法。作为新的有前途催化剂载体和吸附剂的酸活性蛭石具有大容量的吸收能力,高表面积和热稳定性。催化剂的活性已相互关联以支持和ZnO。基于支持ZnO /蛭石光催化剂对ZnO /蛭石光催化剂的重要作用,通过在MB的光催化分解中评价MB的光催化剂的光催化分解对不同浓度的耐菌质的处理。 BET表面积测量和X射线衍射(XRD)分析用于酸处理的蛭石结构中ZnO颗粒的特征及改性蛭石矿物中ZnO的相结构和结晶指数。结果表明,与商业ZnO相比,Zno-蛭石组合具有较高的光催化活性,其具有较高的光催化活性。

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