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Characteristics of Ti Platinization for Fabrication Sn-modified Platinized Ti Electrode

机译:Sn修饰的镀铂钛电极的钛镀铂特性

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This work investigated a fabrication way of stable platinized Ti electrode and evaluated the electrochemical characteristics of the Sn-modified platinized Ti electrode in nitrate solution.A Pt electro-plating way to form some open special clearances within the Pt coating layer on etched Ti substrate was very important to remove effectively the residual contaminate due to plating solution out of the fabricated electrode surface and to maximize the actual electrode surface area contacting solution.Both boiling and electro-cleaning processes of the fabricated electrode was essential to obtain a stable platinized-Pt electrode with reproducible and stable surface property which was necessary for the correct evaluation of Sn coverage on the electrode.The electro-cleaning caused a morphology change of the platinized Ti electrode surface with some downy hair-like polyps formed during the deposition disappearing,which made the electrode stable.The Sn-modified platinized Ti electrode in this work showed the best electro-activity for nitrate reduction,when it was fabricated through the Pt electro-plating of about 30 minutes.
机译:这项工作研究了稳定的镀铂Ti电极的制备方法,并评估了硝酸盐溶液中Sn修饰的镀铂Ti电极的电化学特性。一种Pt电镀方法是在蚀刻的Ti基板上的Pt涂层内形成一些开放的特殊间隙。有效去除电镀液残留的杂质对制造的电极表面非常重要,并使实际的电极表面积接触溶液最大化。制造电极的沸腾和电清洗过程对于获得稳定的铂铂电极至关重要具有可重现和稳定的表面特性,这对于正确评估电极上的Sn覆盖率是必不可少的。电清洗导致镀铂Ti电极表面的形态发生变化,并且在沉积过程中形成了一些柔软的毛状息肉,从而使镀层消失了。电极稳定.Sn改性镀铂Ti电极当通过约30分钟的Pt电镀制备k时,k显示出最佳的硝酸盐还原电活性。

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