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A facile approach for shape selective synthesis of rhodium nanostructures and conductivity studies

机译:铑纳米结构的形状选择合成和电导率研究的简便方法

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Shape selective synthesis of Rh nanostructures has been demonstrated with the help of a single step chemical vapor deposition, where different shapes like cubes at 500?°C, pyramids and hexagons at 500?°C, 700?°C and 900?°C respectively have been obtained as a function of temperature. Scanning electron microscopy(SEM),X-ray diffraction(XRD),thermogravimetric analysis(TGA),X-ray photoelectron spectroscopy(XPS) and four probe conductivity measurements were used to study the morphology, crystallinity and phase purity of the structures. The conductivity values for as synthesised nanostructures have been obtained in the range of 2-7 kS/cm2. On the basis of the experimental results, from TGA and XPS studies possible mechanistic pathway for the evolution of Rh nanostructures was discussed.
机译:Rh纳米结构的形状选择合成已通过一步化学气相沉积得到了证明,其中不同的形状,例如分别在500°C,300°C,700°C和900°C的立方体,金字塔和六边形已经获得了温度的函数。用扫描电子显微镜(SEM),X射线衍射(XRD),热重分析(TGA),X射线光电子能谱(XPS)和四个探针电导率测量来研究结构的形态,结晶度和相纯度。作为合成纳米结构的电导率值已在2-7 kS / cm2的范围内获得。根据实验结果,从TGA和XPS研究中,讨论了Rh纳米结构演化的可能机理。

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