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Electrolytic Growth of Metal Nuclei into Metal Sheets

机译:将金属核电解生长为金属薄板

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A careful study of the rising part of the current-time transient curve helps determine the kinetics and mechanism of nuclei growth and corresponds to the intensity before overlapping of the growing nuclei. The particular shape of the current time transients strongly suggests that a nucleation process is involved in the electrodeposition of metals like Cu, Ni, Co, Au, Ag and many others. The Regional Research Laboratory (RRL), Bhubaneswar, has carried out a study on nucleation of cobalt, a strategic metal used extensively in commercial and military aircraft engine and aerospace research, corrosion-resistant alloys, etc. An estimated world production of cobalt by 2000 was 33,408 mt with the demand standing at 34,500 mt. Cobalt is a costly metal with great potential and need further scientific exploration.
机译:仔细研究当前时间瞬态曲线的上升部分有助于确定原子核生长的动力学和机理,并与生长核重叠之前的强度相对应。当前时间瞬变的特殊形状强烈表明,成核过程与诸如Cu,Ni,Co,Au,Ag等许多金属的电沉积有关。布巴内斯瓦尔地区研究实验室(RRL)对钴的成核进行了研究,钴是在商用和军用飞机发动机和航空航天研究中广泛使用的战略金属,耐腐蚀合金等。估计到2000年世界钴的产量产量为33,408公吨,需求量为34,500公吨。钴是一种昂贵的金属,具有巨大的潜力,需要进一步的科学探索。

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