谢玉华

性别

男

学历

博士研究生

职称

校聘副教授

电子邮件

yuhuaxie@ctgu.edu.cn

导师类别

硕导（化学&材料与化工&材料科学与工程）

研究方向、主要学术成就及学术兼职等

新能源材料与催化技术领域，探索高效、稳定的催化剂材料及其在能源转换与存储中的应用。研究重点包括电解水制氢两极材料及堆器件设计优化（AEM/PEM）、燃料电池、电氧化/电合成以及金属空气/锂硫电池等前沿能源技术中的关键材料设计与性能优化研究。累计发表论文40余篇，申请专利5项（授权2项），参编著作1部，主持国家自然科学基金青年（C）类和湖北省自然科学基金（青年B类）各一项，H因子22。

承担课题

（1）EMSI介导调控氢溢流增强碱性析氢反应机制研究，202.701-2029.12，主持

（2）NbO₂-Ru界面调控强化氧溢流对酸性析氧活性及稳定性影响研究，2026.03-2028.03，主持

（3）三峡大学青年骨干人才启动项目，2025.07-2028.07，主持

企业横向：

（4）规模化风光制氢一体化研究与应用（磁场增强电解水性能测试）202511-202611，骨干成员

（5）察尔汗盐湖采卤井采防结盐关键技术研究与应用项目高分子涂层研发，2026-2027骨干成员

研究成果

入职以来：

[1] Y. Xie, Yang Z* et al, Revealing the Mechanism for   Boosted Oxygen Reduction Reaction of Distorted Iron Single Atom   Electrocatalyst, Advanced Energy Materials, 16 (2026) e71096.

[2]Y.   Xie, Yang Z* et al,   Breaking the continuous hydrogen adsorption active sites for boosted urea   electrosynthesis, Nano Research, (2026).

[3]Y.   Xie, Yang Z* et al,   Revealing the synergistic effect of Cu-Cu2S during urea electrosynthesis,   Chemical Communications, 62 (2026) 8673-8677.

[4]Y.   Zhao, Y. Xie*, F. Luo* et al.   Construction strategies and interface regulation of heterojunction oxygen   electrodes: a review on optimizing the performance of high-efficiency zinc–air batteries, Chemical   Communications, 62 (2026) 7221-7234.

博士期间：

[1] Feng Y¹, Xie Y¹, Yu Y¹, Yang Z* et al. Electronic metal-support interaction induces   hydrogen spillover and platinum utilization in hydrogen evolution reaction   [J]. Angewandte Chemie International Edition, 2025, 64(1): e202413417.

[2] Xie Y, Yang   Z*, et al. Modulation in spin state of Co₃O₄   decorated Fe single atom enables a superior rechargeable Zinc-Air battery performance   [J]. Advanced Materials, 2025, 37(5): 2414801.

[3] Xie Y, Yang Z*, et al. Electrochemical   leaching of Ni dopants in IrRu alloy electrocatalyst boosts overall water splitting   [J]. Advanced Functional Materials, 2024, 34(41): 2406351.

[4] Xie Y, Yang Z*, et al. High resistance towards electrochemical   dissolution of cubic Rh@Ir core shell in acidic water splitting [J]. Chemical   Engineering Journal, 2024, 497: 154703

[5] Xie Y, Yang Z*, et al. Stable and   high-performance Ir electrocatalyst with boosted utilization efficiency in   acidic overall water splitting [J]. Chemical Engineering Journal, 2021, 424:   130337.

[6] Xie Y, Yang Z*, et al. 2D Ni-organic   frameworks decorated carbon nanotubes encapsulated Ni nanoparticles for   robust C-N and H-O bonds cleavage [J]. Journal of Colloid and Interface   Science, 2023, 652: 41-9.

[7] Xie Y, Yang Z*, et al. Modulation in   the d band of Ir by core-shell construction for robust water splitting   electrocatalysts in acid [J]. ACS Applied Materials & Interfaces, 2023. 15(16):   20081-8.

[8] Xie Y, Yang Z*, et al. Nickel-doped   iridium echinus-like nanosheets for stable acidic water splitting [J].   Chemical Communications, 2023, 59(54): 8404-7.

[9] Xie Y, Yang Z*. Strategies for the   enhancements in catalytic performance and  stability of anodic   electrocatalyst in PEM water splitting [J]. Energy Reviews, 2024, 3(4):   100103.

[10] Xie   Y, Luo F, Yang Z*. Acidic oxygen evolution reaction via lattice oxygen   oxidation mechanism: progress and challenges [J]. Energy Materials, 2025,   5(3): 500026.

[11] Jin S¹,   Xie Y¹, Jin H*, et al. CoS-FeS   heterostructures supported by N-doped carbon nanocage as efficient catalyst   for lithium sulfur batteries [J]. Journal of Power Sources, 2025, 629:   236055.

[121] Xie   Y, Pan S, Yang Z*. et al. Noble metal-free electrocatalysts: Fundamentals   and recent advances in electrocatalysts for energy applications. Volume 1   (pp.201-226).