FORMATION OF TITANIA NANOTUBULAR LAYERS IN CONTROLLED HYDRODYNAMIC CONDITIONS BY ROTATING DISK ELECTRODE

机译：通过旋转磁盘电极在受控流体动力学条件下形成二氧化钛纳米管层

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A study of titania nanotubular (TNT) layers growth kinetics in the viscous fluorine-containing electrolyte based on ethylene glycol, using rotating disk electrode (RDE) technique is presented. RDE rotation speed at initial stages of titania growth influences metal oxidation and oxide dissociation.

机译：使用旋转盘电极（RDE）技术，提出了一种基于乙二醇的含碳氟电解质中的二氧化钛纳米管（TNT）层生长动力学的研究。钛菊钛生长初期的RDE旋转速度影响金属氧化和氧化物解离。

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《International conference on physics, chemistry and applications of nanostructures》|2015年|xxiv627p|共4页
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A. DRONOV; I. GAVRILIN; S. GAVRILOV; M. SILIBIN; H. TERRYN; J. USTARROZ;
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FORMATION OF TITANIA NANOTUBULAR LAYERS IN CONTROLLED HYDRODYNAMIC CONDITIONS BY ROTATING DISK ELECTRODE

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