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Photocatalytic Degradation of Malachite Green using TiO_2 and O_2/UV

机译:使用TiO_2和O_2 / UV的孔雀石绿色光催化降解

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The kinetic of the photocatalytic degradation of malachite green carried out by a semiconductor catalyst TiO_2 and O_2/UV has been observed in this research. The photocatalytic degradation of malachite green followed a 0.4~(th) order of reaction with a rate constant of 0.015 ppm/min. Initial maximum concentration of 20 ppm under the 6 watt UV light in 360 minutes showed maximum degradation percentage of 60.02%, whereas the optimum pH of 7 showed that 60.02% of this color was degraded in the initial concentration of 40 ppm. The major degradation compound resulted from the photocatalytic degradation of malachite green was 4-N-N-dimetilaminobenzofenon.
机译:在本研究中已经观察到通过半导体催化剂TiO_2和O_2 / UV进行的孔雀石绿色光催化降解的动力学。孔雀石绿色的光催化降解术后0.4〜(Th)反应顺序,速率常数为0.015ppm / min。在360分钟内初始最大浓度为20ppm,在360分钟内显示出最大降解百分比为60.02%,而7的最佳pH值显示,在40ppm的初始浓度下,60.02%的这种颜色降低。主要的降解化合物由孔雀石绿的光催化降解为4-N-N-二维氨基苯并苯磺苯。

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