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Photocatalysis Characteristic of Nano Cu/TiO_2 Composite Powders Fabricated from Salt Solution

机译:盐酸溶液制造的纳米Cu / TiO_2复合粉末的光催化特性

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In the present study, TiO_2 imbed copper matrix powder have been successfully prepared with the (CuSO_4·5H_2O + TiO_2 + Zn) composite salt solution. The composite Cu/TiO_2 powders were formed by drying the solution at 200°~ 400° in the hydrogen atmosphere. Photocatalysis characteristics were evaluated by detecting TOC(total organic carbon) amount with TOC analyzer model 5000A Shimazu Co. Phase analysis of Cu/ TiO_2 composite powders was carried out by XRD, DSC and powder size was measured with TEM. Composite powders show the about 100nm mean particle size and composed with Cu and TiO_2 completely at 400 °C reduction. The reduction ratio of TOC amount was 40% by the composite Cu/ powders under the UV irradiation for 8 hours.
机译:在本研究中,已经用(CusO_4·5H_2O + TiO_2 + Zn)复合盐溶液成功地制备了TiO_2的铜基质粉末。通过在氢气氛中在200°〜400°在200℃〜400°的溶液中干燥溶液来形成复合Cu / TiO_2粉末。通过检测TOC(总有机碳)用TOC分析仪模型5000A Shimazu Co.的Cu / TiO_2复合粉末进行评价光催化特性,通过XRD进行Cu / TiO_2复合粉末,用TEM测量DSC和粉末尺寸。复合粉末显示约100nm的平均粒度,并在400℃的400℃下完全与Cu和TiO_2组成。通过UV辐射下的复合Cu /粉末在8小时内通过复合Cu /粉末的TO C量的减少比例为40%。

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