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Optimization of the Preparation Process of Nano-TiO2/Micro-Cu Composite Particles

机译:纳米TiO2 /微铜复合粒子制备方法的优化

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Nano-TiO2/micro-Cu composite particles were prepared by hydrolysis of Ti(OBu)4 in abundant acidic aqueous solution and subsequent reflux in the presence of micron size Cu powders.The preparation process was optimized using response surface design with the degradation of TiO2/Cu particles to Methyl orange as target.The particle morphology and composition were characterized by FE-SEM,XPS and XRD.The photon absorption properties of composite particles was investigated by the UV-VIS DRS experiments,and the results show the photoabsorption property of composite particles is intermediate between TiO2 particles and Cu powders,showing cooperative effect by the combination of oxide semiconductor particles with metal substrate.
机译:通过在丰富的酸性水溶液中水解Ti(OBU)4和随后的微米粉末粉末​​的回流来制备纳米TiO2 /微铜复合颗粒。使用响应表面设计进行了优化的制备方法,具有TiO2的降解作为靶标的甲基甲基颗粒作为靶标。通过Fe-SEM,XPS和XRD表征颗粒形态和组合物。通过UV-Vis DRS实验研究了复合颗粒的光子吸收性能,结果显示了光吸收性能复合颗粒是TiO 2颗粒和Cu粉末之间的中间体,显示通过具有金属基材的氧化物半导体颗粒的组合的协同效果。

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