Zn-Cu Alloy Formation Rates on Cu Electrodes in Alkaline Solutions at Ambient Temperatures

机译：环境温度下碱性溶液中Cu电极的Zn-Cu合金形成速率

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As commonly observed in opening alkaline batteries, a spontaneous Zn deposition takes place on the Cu current collector upon contacting with the Zn/ZnO slurry in a strong alkaline solution where the Zn/Zn(OH)

机译：如在打开碱性电池中观察到的，在Cu集电体上发生自发Zn沉积，在Cu在Zn / ZnO浆料中与Zn / Zn（OH）

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《Electrochemical Society Meeting and Symposium on Fundamental Understanding of Electrode Processes in Memory of Professor Ernest B. Yeager》|2005年||共6页
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1. Electrochemical formation and reduction of Cu(III) in oxide layers on Cu and Cu-Bi alloys in alkaline solutions. Part. III. Distribution of the Cu(III) species in the oxide [J] . R. M. STEVANOVIC, A. R. DESPIC, M. D. MAKSIMOVIC Journal of the Serbian Chemical Society . 1997,第2期

机译：碱性溶液中Cu和Cu-Bi合金上氧化物层中Cu（III）的电化学形成和还原。部分。三， Cu（III）物种在氧化物中的分布
2. Electrochemical formation and reduction of Cu(Ⅲ) in oxide layers on Cu and Cu-Bi alloys in alkaline solutions. Part I. Cyclic voltammetry [J] . R. M. STEVANOVIC, A. R. DESPIC Journal of the Serbian Chemical Society . 1995,第5期

机译：碱性溶液中Cu和Cu-Bi合金上氧化物层中电化学形成和还原Cu（Ⅲ）。第一部分循环伏安法
3. Electrochemical formation and reduction of Cu(Ⅲ) in oxide layers on Cu and Cu-Bi alloys in alkaline solutions. Part Ⅱ. Kinetics and mechanism [J] . R. M. STEVANOVIC, A. R. DESPIC Journal of the Serbian Chemical Society . 1995,第10期

机译：碱性溶液中Cu和Cu-Bi合金上氧化物层中电化学形成和还原Cu（Ⅲ）。第二部分。动力学与机理
4. Zn-Cu Alloy Formation Rates on Cu Electrodes in Alkaline Solutions at Ambient Temperatures [C] . In Tae Bae Electrochemical Society Meeting and Symposium on Fundamental Understanding of Electrode Processes in Memory of Professor Ernest B. Yeager . 2005

机译：环境温度下碱性溶液中Cu电极的Zn-Cu合金形成速率
5. Parameters Controlling the Ambient and Elevated Temperature Tensile Properties of Al-Cu and Al-Si Cast Alloys =Paramètres contr?lant les propriétés de traction à la température ambiante et élevée des alliages Al-Cu et Al-Si [D] . Girgis, Abram. 2018

机译：控制Al-Cu和Al-Si铸造合金的环境和高温拉伸性能的参数
6. The formation of supersaturated solid solutions in Fe–Cu alloys deformed by high-pressure torsion [O] . A. Bachmaier, M. Kerber, D. Setman, -1

机译：高压扭转变形后的Fe-Cu合金中过饱和固溶体的形成
7. The Electrical Resistivity at High Temperature, Critical Cooling Rate on Solution Treatment, and Vickers Hardness at High Temperature of Cu-Co₂Si Alloys [O] . Hisasuke Takeuchi, Tadatoshi Toda 1962

机译：高温电阻率，溶液处理对溶液处理的临界冷却速率，以及Cu-Co _{2 Si合金的高温下的维氏硬度}
8. Temperature Limitations of Alkaline-Battery Electrodes. Part 1. The Electrochemical Kinetic Behavior of Iron, Nickel, and Zinc in Concentrated Sodium Hydroxide Solutions. Final Report [R] . McKubre, M. C. H., Macdonald, D. D. 1979

机译：碱性电池电极的温度限制。第1部分。铁，镍和锌在浓氢氧化钠溶液中的电化学动力学行为。总结报告

Zn-Cu Alloy Formation Rates on Cu Electrodes in Alkaline Solutions at Ambient Temperatures

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