Ni-Co-Zn三元合金的共沉积行为及耐蚀机制
Codeposition Behaviors and Anti-Corrosive Mechanism of Ni-Co-Zn Ternary Alloys
(a) 0 g/L (b) 3 g/L (c) 5 g/L (d) 10 g/L
Ni-Co-Zn三元合金的共沉积行为及耐蚀机制 |
| 周小卫, 荆雪艳, 傅瑞雪, 王宇鑫 |
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Codeposition Behaviors and Anti-Corrosive Mechanism of Ni-Co-Zn Ternary Alloys |
| ZHOU Xiaowei, JING Xueyan, FU Ruixue, WANG Yuxin |
| 图5 不同H2Asc浓度对生长应力影响的镀层表面OM像 |
| Fig.5 OM images showing surface deformations by growth stresses for the as-deposited samples with different H2Asc concentrations (Z—initial length of Cu substrate for deposit, l—length of deposit, α—the angle at which the cathode is warped, σ—interior stress of deposit) (a) 0 g/L (b) 3 g/L (c) 5 g/L (d) 10 g/L |
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