田鑫
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Personal Information
Supervisor of Doctorate Candidates
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E-Mail:
5e6ec3c1cce66d657477e8ee9ce52f11f7456a0de29fb0079741b52f939677e9b1eb733bad8427ffc676f1c08d3b5872411109f3fdbf36237f4b50d31b1dd36ff4383e64337fabfb6ce260cd39ddebbf95358cbac6e23e44a82ae733b578aafce37c93c149c314415e945ddc459429bd11c1506eff07d573032ed6b94a4b5f11 -
School/Department:
动力与机械学院 -
Business Address:
武汉市武昌区武汉大学工学部9教B9435 -
Professional Title:
Associate professor -
Alma Mater:
华中科技大学
Scientific Research
Current position: Home > Scientific Research
Research Field
No content
Paper Publications
- [1]. Zhang D. , Zhang B. , Liu D. , Tian X. and Ding M.. Suppressing metallic Co0 formation in Co-based catalyst by in-situ selective H2 oxidation for efficient ethane dehydrogenation. Angew. Chem. Int. Ed.. 65. 2026.
- [2]. Yao Y. , Shen J. , Tian X. , Ding M. and Jiang F.. Gallium-Promoted CeO2 Intensifies CO Production during CaCO3 Hydrogenation. ACS Catal.. 16. 9306-9316. 2026.
- [3]. Shen J. , Cheng X. , Wei W. , Tian X. and Ding M.. Insights into the mechanism of in-situ CO2 conversion during CaCO3 hydrogenation. ACS Catal.. 15. 2402-2414. 2025.
- [4]. Zhang B. , Ma L. , Shen J. , Zhang R. , Tian X. and Ding M.. Engineering of Metal-Support Interfaces and Cun-Ov Synergistic Sites in Cu/CeO2 Catalyst for Enhanced Low-Temperature CO2 Hydrogenation. ACS Catal.. 16. 491-503. 2025.
- [5]. Zhang B. , Huang S. , Li Y. , Shen J. , Tian X. and Ding M.. Highly dispersed Cu on hollow spherical CeO2: An efficient and stable catalyst for the RWGS reaction. Appl. Catal. B-Environ.. 366. 2025.
Patents
- [1]. 定明月 , 沈俊 and 田鑫. 一种基于含铁固废催化碳酸盐直接加氢分解还原的工艺.
- [2]. 定明月 , 沈俊 and 田鑫. 一种基于氢气燃烧自供热的碳酸盐加氢还原零碳分解的方法及系统. 武汉大学.
- [3]. 蒋风雷 , 姚英杰 , 田鑫 and 定明月. 一种碳酸钙加氢分解催化剂及其制备方法和应用. 武汉大学.
Published Books
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Research Projects
- [1]. Major special projects in the ministry of science and technology. 基于绿氢的CO2转化制甲醇技术与工业示范. 2026-04-01 to 2030-12-31.
- [2]. National Key Technologies R&D Program. 面向重排放工业减排增效的热分解耦合催化还原. 2022-12-01 to 2027-11-30.
- [3]. 国家自然科学基金项目（面上）. 基于化学链乙烷氧化脱氢的载氧体选择性烧氢原理及反应过程调控. 2023-01-01 to 2026-12-31.
- [4]. 国家自然科学基金项目（青C）. 耦合化学链己烷氧化裂解和CO2还原过程的载氧体非均相反应机理和功效调谐机制.
Research Team
No content