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Fabrication and AFM investigation of the temperature-dependent surface morphology of Au(100) single crystal ultramicroelectrodes

机译:Au(100)单晶超微电极随温度变化的表面形貌的制备和原子力显微镜研究

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摘要

A previously reported method for preparation of gold (111) single-crystal utramicroelectrodes (scumes) has been used to fabricate gold (100) scumes with effective diameters from 20 to 50 mum. Cyclic voltammograms for these ultramicroelectrodes obtained in perchloric acid show similar features to gold (100) single-crystal electrodes of more conventional sizes, but with differences that are a result of different surface preparation methods used before the measurement. The gold crystals used to prepare Au (100) scurries were grown at room temperature so that the cyclic voltammetric characteristics reflect the unique properties of a room temperature-ordered surface. The AFM images of the (100) facets of these crystals are also presented. The effects of annealing Au (100) at 800 degreesC for a short time were studied both electrochemically and using AFM and are discussed with respect to the data obtained for crystals grown at room temperature. [References: 16]
机译:先前报道的用于制备金(111)单晶超微电极(浮渣)的方法已被用于制造有效直径为20至50μm的金(100)小块。在高氯酸中获得的这些超微电极的循环伏安图显示的特征与更常规尺寸的金(100)单晶电极相似,但存在差异,这是由于在测量前使用了不同的表面制备方法而导致的。用于制备Au(100)糊状物的金晶体在室温下生长,因此循环伏安特性反映了室温有序表面的独特特性。还显示了这些晶体的(100)面的AFM图像。电化学和使用原子力显微镜均研究了在800℃下短时间退火金(100)的效果,并针对在室温下生长的晶体获得的数据进行了讨论。 [参考:16]

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