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Mechanism investigation of zinc electrodeposition reaction based on numerical simulation 期刊论文

编号：

F7F8387B95627F19D120E16B99F1EE3D
作者：

Gao, Yinghui#^[1,2]Lin, Guo*^[1,2]Zhu, Jiayu^[1,2];Hu, Tu^[1,2];Wang, Shixing^[1,2];Li, Shiwei^[1,2];Zuo, Yonggang^[1,2];Fu, Likang^[1,2];Zhang, Jinliang^[3];Xia, Hongying^[1,2];Zhang, Libo(张利波)*^[1,2]
语种：

英文
期刊：

PHYSICS OF FLUIDS ISSN：1070-6631 2026 年 38 卷 8 期 ; AUG
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摘要：

In zinc electrodeposition, deposit morphology and thickness uniformity are governed by the coupling of current distribution, ion transport, and interfacial reactions. In this study, a three-dimensional transient finite-element model was established using COMSOL Multiphysics based on the tertiary current distribution framework. The model coupled ionic transport, charge conservation, interfacial electrochemical reactions, and deposition-thickness evolution to analyze Zn2+ and H+ concentration fields, current distribution, and deposition behavior. Simulations were performed under different flow rates, anode-cathode spacings, acid-zinc ratios, and current densities. The results showed that 250 ml min(-1), 20 mm spacing, an acid-zinc ratio of 3.4, and 600 A m(-2) provided a preferred operating window by balancing Zn2+ supply, H+ accumulation, and zinc growth. Experimental observations agreed well with the simulation trends.
推荐引用方式
GB/T 7714：

Gao Yinghui,Lin Guo,Zhu Jiayu, et al. Mechanism investigation of zinc electrodeposition reaction based on numerical simulation [J].PHYSICS OF FLUIDS,2026,38(8).
APA：

Gao Yinghui,Lin Guo,Zhu Jiayu,Hu Tu,&Zhang Libo.(2026).Mechanism investigation of zinc electrodeposition reaction based on numerical simulation .PHYSICS OF FLUIDS,38(8).
MLA：

Gao Yinghui, et al. "Mechanism investigation of zinc electrodeposition reaction based on numerical simulation" .PHYSICS OF FLUIDS 38,8(2026).
入库时间：

9/2/2026 9:28:29 PM
更新时间：

9/2/2026 9:28:29 PM

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