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Application of pulse voltage for enhancing uniform nano-structured anodic aluminum oxide

机译:施加脉冲电压增强纳米结构均匀的阳极氧化铝

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Conventional anodic aluminum oxide (AAO) process was performed in low electrolytic temperature and high purity aluminum (Al) foil. In this article, pulse reverse voltage was applied to commercial purity (99 %) and high purity (99.997%) Al foils at room temperature to form AAO. DC method was also used as a reference. The pulse AAO method provides advantages not only the reduced process complexity and at low cost but also better uniformity than that performed by DC one. The results show that pore uniformity can be improved by pulse reverse voltage in the 3h duration anodization compared to DC method. The pulse reverse voltage presents the high uniformity (77 ~ 78 %) in both low and high purity Al. The effects on different Al purity and process durations will further discussed in this study.
机译:常规的阳极氧化铝(AAO)工艺是在低电解温度和高纯度铝(Al)箔中进行的。在本文中,在室温下将脉冲反向电压应用于商业纯度(99%)和高纯度(99.997%)的铝箔上,以形成AAO。 DC方法也用作参考。脉冲AAO方法不仅具有降低处理复杂度和成本的优点,而且还具有比DC one更好的均匀性。结果表明,与DC法相比,在3h持续阳极氧化中,通过脉冲反向电压可以改善孔的均匀性。脉冲反向电压在低纯度和高纯度Al中均显示出较高的均匀性(77〜78%)。在这项研究中将进一步讨论对不同的铝纯度和工艺持续时间的影响。

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