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非晶態鋁錳合金電鍍的反應機理

Reaction Mechanism of the Electroplating of Amorphous Al-Mn Alloys

  • 摘要: 循環伏安法證明,二氯化錳濃度和溫度對鋁-錳電沉積的影響極顯著,在靜止的熔鹽中,較高的二氯化錳濃度和較低的溫度有利于形成單一的非晶鋁-錳相。恒電位法研究證明,非晶鋁-錳的電沉積時,其成核速度很小,而且具有二維生長的特征,所以缺陷少、性能好。

     

    Abstract: It has been shown by cyclic voltammetry that the electrodeposition of Al-Mn alloys was affected significantly by the coneentration of MnCl2 and temperature. A single amorphous Al-Mn phase would be formed preferentially at higher concentrations of MnCL2 and lower temperatures. It has also been shown by potential step that the nucleatin rate was small and the growth seemed to be 2-dimensional during the elctrodeposition of amorphous Al-Mn, leading to quality electroplates with few defects.

     

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