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[1]张聚臣，张振,曹倩楠,耿永秀,李世成,张如意,岳小康,方明，Superior ECM Performance of α + β Titanium Alloy TC11 for Narrow Blisk Channels.[J:Journal of The Electrochemical Society,2026,173(5
[2]曹倩楠,张如意,连忠浩,常伟杰，张聚臣,方明，Enhancing narrow-slot electrochemical machinability of TNM-TiAl alloy through cathode vibration: A multi-physics coupling simulation and experimental investigation:The International Journal of Advanced Manufacturing Technology,2026
[3]Zhang, Juchen，Lian, Zhonghao,Cao, Qiannan,Geng, Yongxiu,Song, Shasha，Comparative investigations on the dissolution behaviors of GH4169D in different electrolytes and ECM process of narrow blisk channel.[J:The International Journal of Advanced Manufacturing Technology,2025
[4]Juchen Zhang，许海涛,唐文俊,练忠浩,乔宜祥,岳小康，陈顺华，Effect of pH on the Electrochemical Dissolution Behavior of a (TiVCr)95W5 Refractory High-Entropy Alloy and the Machining of Various Structures.[J:Precision Engineering,2025
[5]张聚臣，许海涛,刘洋,岳小康，陈顺华，Anodic dissolution behavior of a Zr-based bulk metallic glass and the electrochemical machining of small structures with high geometrical precision and good surface quality.[J:Precision Engineering,2024,89
[6]Haitao Wang，Kuang Xu,Zhang Juchen,Zhang Junsheng，Microstructure and Mechanical Properties of High-Specific-Strength (TiVCrZr)100-xWx (x = 5, 10, 15 and 20) Refractory High-Entropy Alloys.[J:Entropy,2023,25(100
[7]Zhang Juchen,李世成，李兴林,刘洋，基于Realizable k-ε 模型的叶盘通道电解加工多场耦合分析.[J].北京:航空学报,2022,43
[8]Zhang Juchen，宋莎莎,李兴林,王登勇,changweijie,Zhang Junsheng,tanghuohong,yanghaidong,SH Chen，Study of the Influence of the Preparation Method on the Electrochemical Dissolution Behavior of Inconel 718:Journal of Applied Electrochemistry,2022
[9]Zhang Juchen，宋莎莎,Zhang Junsheng,changweijie,yanghaidong,tanghuohong,SH Chen，Multi-Physics Coupling Modeling and Experimental Investigation of Vibration-Assisted Blisk Channel ECM.[J:Micromachines,2021,13(50
[10]Zhang Juchen，徐正扬,张矿磊,刘嘉,曲宁松,朱荻，朱栋，Improvement of trailing edge accuracy in blisk electrochemical machining by optimizing the electric field with an extended cathode.[J:Journal of Materials Processing Technology,2016
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