盛钰峻，男，1998年6月出生，工学博士。2025年毕业于韩国岭南大学材料科学与工程学院。主要从事基于等离子电解氧化的金属防腐及多功能涂层的制备和应用。研究成果主要发表在Chemical Engineering Journal, Journal of Energy Chemistry, Composites Part B:Engineering, corrosion Science 等期刊上，累计公开发表学术论文15篇，其中以第一/共一作者发表学术论文7篇。

研究方向：1.基于等离子电解氧化的金属防腐及多功能复合涂层的制备及其应用；2.高熵合金的制备及其用应用；

科研项目:

发表论文：

1.Y. Sheng¹, F. Hazmatulhaq¹, A. Al Mahmud, M. S. Sayed, I. Hussain, S. Leoni, W. Al Zoubi*. & Y. G. Ko*: “Confinement and synergy effects of supported-confined bimetal catalysts with superior stability and catalytic activity” Journal of Energy Chemistry, 99, 93-99, 2024.

2.Y. Sheng, F. Hazmatulhaq, B. Assfour, T. Suhartono, W. Al Zoubi*, & Y. G. Ko*: “Conformal formation of physically cross-linked dual-network hydrogels on porous surface for excellent electrochemical performance and self-healing behavior” Composites Part B: Engineering, 284, 111733, 2024.

3.F. Hazmatulhaq¹, Y. Sheng¹, T. Suhartono, S. Fatimah, M. Chafiq, A. Chaouiki*, Y.G. Ko*: “Electrochemical response and adsorption behavior of sulfocarbanilide inhibitor on oxide layer produced by pulsed plasma electrolysis (PPE): Experimental and DFT perspective” Corrosion Science, 229, 111849, 2025.  

4.Y. Sheng, T. Suhartono, F. Hazmatulhaq, M.P. Kamil, B. Assfour, W. Al Zoubi*, Y.G. Ko*: “Conjugation of defect-controlled nucleation and self-assembly growth achieving uniform amelioration of organic micro-flowers: Surface properties and DFT analysis” Chemical Engineering Journal, 481, 148230, 2024.

5.W. Al Zoubi¹, Y. Sheng¹, MR. Thalji, B. Assfour, S Leoni, ... & Y. G. Ko*: “Enhanced Catalytic Performance via Ultrasonication-Plasma Synergy in PtGaPCoOx Catalysts Under mild conditions” SusMat, e70029, 2025.

6.T. Suhartono¹, F. Hazmatulhaq¹, Y. Sheng¹, S. Salsabila, B. Assfour, I. Hussain, ... & W. Al Zoubi*: “Enhanced electrochemical and bioactivity performance of porous magnesium oxide@ magnesium composites with transparent hydrogenated C36 dimer fatty acid” Nano Materials Science.

7.N. Nashrah, Y. Sheng¹, MJ. Kim, Y.G. Ko*: “Uniform formation of distinctive BaTiO3/PVA on TiO2 responsible ofr enhanced photocatalytic reduction in 4-Nitrophenol” FlatChem., 100927, 2025.

授权专利：

获奖及荣誉：

联系方式：+86-18952450604  03444@zjhu.edu.cn