首页> 外文期刊>Asian Journal of Chemistry: An International Quarterly Research Journal of Chemistry >Synthesis,Characterization and Photocatalytic Activity of β-Ca_(2-x)ZnxSiO4(x = 0,0.01 and 0.025)
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Synthesis,Characterization and Photocatalytic Activity of β-Ca_(2-x)ZnxSiO4(x = 0,0.01 and 0.025)

机译:β-CA_(2-x)ZnxSiO4的合成,表征和光催化活性(x = 0,0.01和0.025)

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摘要

The compound of P-Ca2SiO4 has been considered as one of the important portand cement components.The existence of metals in the cement raw materials causes P-Ca_(2-x)MxSiO4 formation possibility.The P-Ca_(2-x)ZnxSiO4(x = 0,0.01 and 0.025)has been prepared and characterized,and aplied for degradation of Congo red.The samples were synthesized by heating stoichiometric amounts of Zn(NO3)2-6H2O,CaCO3 and SiO2 at 950 °C for 4 h followed by air quenching.The samples were characterized by using XRD,SEM,EDA and UV-visible spectroscopic methods.The XRD patterns indicate that the samples are isomorphous with p-Ca2SiO4.The SEM micrographs depicted the aggregated irregular shape particles having size about 0.2 μm.The EDA measurements revealed that the bulk compositions of materials are as expected.The doping of zinc increases the Eg of the sample and decreases the photocatalytic power for degradation of Congo red under sunlight.
机译:P-Ca2SiO4的化合物被认为是重要的植物水泥组分之一。水泥原料中的金属存在导致p-ca_(2-x)mxsio4形成可能性。P-ca_(2-x)znxsio4 (X = 0,0.01和0.025)已经制备和表征,并用于刚果红色的降解。通过在950℃下加热化学计量的Zn(NO 3)2-6H2O,CaCO 3和SiO 2来合成样品。4小时,通过加热化学计量量的Zn(NO 3)2-6H 2 O,CaCO 3和SiO 2来合成样品 随后是空气淬火。通过使用XRD,SEM,EDA和UV可见光光谱方法表征样品。XRD图案表明样品与P-CA2SIO4同样。SEM显微照片描绘了大约0.2的聚集不规则形状颗粒。 EDA测量显示,堆积的材料组合物如预期的那样。锌的掺杂增加了例如样品的掺杂,并降低阳光下刚果红色的光催化力。

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