Materials Science and Engineering Undergraduate | Electrocatalysis · Energy Materials · Seawater Oxidation
材料科学与工程本科生，关注能源材料、电催化、析氧反应与绿色制氢。
I am a B.Eng. candidate in Materials Science and Engineering at Jiangsu University of Science and Technology. My research focuses on transition-metal-based electrocatalysts for oxygen evolution and sustainable hydrogen production.
我就读于江苏科技大学材料科学与工程专业，主要研究过渡金属基电催化材料、析氧反应及可持续制氢。
- Advanced energy materials / 先进能源材料
- Electrocatalysis and oxygen evolution reaction / 电催化与析氧反应
- Seawater oxidation / 海水氧化
- Oxygen-vacancy engineering and surface reconstruction / 氧空位工程与表面重构
- Green hydrogen production / 绿色制氢
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Stabilizing the phosphate anions in oxygen vacancy-rich NiFe2O4 spinel oxides for enhanced electrocatalytic performance towards oxygen evolution reaction
First author, International Journal of Hydrogen Energy, 258 (2026) 156655.
DOI -
Dynamic activation of lattice oxygen in medium-entropy CoNiFe-based spinel oxides decorated with in situ formed alloy for efficient oxygen evolution reaction
First author, New Journal of Chemistry (2025).
DOI -
Surface-reconstructed nanoporous (CoNiFe)OOH modulated by Zn(OH)4 anions
Third author, Nano Research (2025).
DOI
Principal Investigator, National Undergraduate Innovation Project (2024-2027)
Electrode structure design based on multicomponent alloys and catalytic performance for seawater oxidation.
负责多组元合金电极结构设计、材料制备、电化学测试、数据分析及项目报告。
- President, Student Associations Federation (2025-present)
- President, Innovation and Entrepreneurship Association (2025-present)
- 学生社团联合会主席、创新创业协会主席
Please contact me through GitHub.
公开联系方式仅限 GitHub。