The Effect of Potential Scan Rate and Temperature at Aluminum Passive State in Borate Buffer Solutions

机译：硼酸盐缓冲溶液中铝钝态下电位扫描速率和温度的影响

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The passivity process of aluminum in 0.2M H_3BO_3 + 0.05M Na_2B_4O_7(pH 8.4) solutions under different potential scan rate (4 -100 mV/s) and temperature (20-70°C) was investigated. The obtained experimental results were interpreted according to modern theories of passive state, competitive adsorption and Pearson's principle. The mechanism of passivity process of aluminum in the studied systems was suggested.

机译：研究了铝在0.2M H_3BO_3 + 0.05M Na_2B_4O_7（pH 8.4）溶液中在不同电势扫描速率（4 -100 mV / s）和温度（20-70°C）下的钝化过程。根据现代的被动状态理论，竞争吸附和皮尔逊原理对获得的实验结果进行了解释。提出了所研究体系中铝钝化过程的机理。

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《Symposium on Corrosion General Posters Session;Meeting of The Electrochemical Society》|2014年|47-52|共6页
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T. A. Minakova; S. A. Kaluzhina; Yu. V. Sokolov;
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2. Atmospheric Effects on Growth Kinetics and Electronic Properties of Passive Film of Aluminum in Borate Buffer Solution [J] . Younkyoo Kim Journal of the Korean Chemical Society . 2016,第3期

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3. Electronic Properties of the Oxide Film Formed in Passivation Process of Aluminum in Borate Buffer Solution [J] . Jung Kyoon Chon, Younkyoo Kim Journal of the Korean Chemical Society . 2009,第4期

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4. The Effect of Potential Scan Rate and Temperature at Aluminum Passive State in Borate Buffer Solutions [C] . T. A. Minakova, S. A. Kaluzhina, Yu. V. Sokolov Symposium on Corrosion General Posters Session . 2014

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5. Influence of chlorinated solvents on the corrosion of iron in borate buffer and in simulated groundwater. [D] . Bonin, Pascale M. L. 2000

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The Effect of Potential Scan Rate and Temperature at Aluminum Passive State in Borate Buffer Solutions

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