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Degradation of Methyl Blue Using Fe-Tourmaline as a Novel Photocatalyst

机译:铁托玛琳作为新型光催化剂降解甲基蓝

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摘要

This study investigated the photocatalytic activity of tourmaline by itself. Under irradiation of a 13 W, 254 nm UV lamp, 50% of methyl blue disappeared in the presence of 130 mg·L−1 tourmaline. The reaction was inhibited by the addition of ethanol, Cl, SO42− and Cu2+, and promoted a little by addition of 50 mg/L Mg2+, which supports the inference of involvement of OH radicals. This is the first proposal of tourmaline as a single photocatalyst without the need to add any artificial chemical products. Results from this study might contribute to the broadened usage of this mineral to approach the goals of saving energy and eliminate direct or indirect environmental pollution.
机译:本研究单独研究了电气石的光催化活性。在13 W,254 nm的紫外线灯照射下,在130 mg·L -1 电气石的存在下,50%的甲基蓝消失了。通过添加乙醇,Cl -,SO4 2-和Cu 2 + 抑制反应,并通过添加50促进反应。 mg / L Mg 2 + ,支持推断 OH自由基的参与。这是电气石作为单一光催化剂而无需添加任何人造化学产品的第一个建议。这项研究的结果可能有助于该矿物的广泛使用,以达到节能和消除直接或间接环境污染的目标。

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