HF有机电镀铝体系的评价
Evaluation of THF organic electrolyte for Al electrodeposition
在所有本文进行的电镀实验中，阴极电流效率基本都大于90％，这表明阴极表面基本无副反应发生。THF体系电流分布较好，可在形状较复杂的基体表面沉积出均匀连续的铝镀层。当LiAlH4的摩尔含量比高于0.25，电流密度不超过4A/dm2时，电沉积铝的能耗 是可以接受的。当镀液中AlCl3与LiAlH4的摩尔比为3:1时，获得的铝镀层的耐蚀性最好。
In this study, cathode current efficiencies were almost above 90% in all electroplating experiment. No side reations are implication of high current efficiencies. Current distribution on cathode was found great, and uniform deposits could be electrodeposited on more complicated substrate. Energy consumption were acceptable when molar ratio of AlCl3 and LiAlH4 was less than 3:1 and current density below 4A/dm2. When molar ratio of AlCl3 and LiAlH4 was 3:1, corrosion resistance of Al deposits obtained was better.
张明、王吉会、王茂范
电化学工业
阴极电流效率，THF体系，能耗，耐蚀性
cathode current density THF energy consumption corrosion resistance
张明,王吉会,王茂范.HF有机电镀铝体系的评价[EB/OL].(2007-05-28)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/200705-457.点此复制
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