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Research on Degradation of Dye Acid Red B by Sr2FeMoO6Synthesized by Microwave Sintering Method

机译:微波烧结法通过SR2FemOO6syse的染料红B脱落研究

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Double perovskite Sr2FeMoO6was synthesized rapidly by microwave sintering method. The crystal structure of the sample was investigated by XRD. It shows that the as-synthesized sample is Sr2FeMoO6with tetragonal crystal structure and I4/mmm space group. The test of electrical transport properties shows that the sample exhibits typical semiconductor behavior in the temperature range of 80~300 K. The influence of the dosage of the sample, light irradiation sources, and time on the efficiency of degradation have been studied. The results show Sr2FeMoO6exhibits excellent degradation activity for dye Acid Red B, the decolorization rate is close to 100% under proper conditions. Meanwhile, a mechanism related to the process of degradation is proposed.
机译:双钙钛矿SR2FEMOO6WA通过微波烧结法迅速合成。通过XRD研究样品的晶体结构。它表明,AS合成的样品是四边形晶体结构和I4 / MMM空间组的SR2FEMOO6。电气传输性能的试验表明,样品在80〜300k的温度范围内表现出典型的半导体行为。研究了样品,光照射源的剂量和时间对降解效率的影响。结果表明SR2FemOO6抗染料红B的优异降解活性,在适当条件下脱色率接近100%。同时,提出了与降解过程有关的机制。

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