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Phase engineering enables tunable metal–support interactions for enhanced NH3-AEMFC performance

Chentao Mao Chen Liao Luyao Lin Mingrong Li Xiyang Cai Huihuang Fang Yu Luo Lilong Jiang

工业化学与材料（英文）2026，Vol.4Issue(5)：616-620,5.

工业化学与材料（英文）2026，Vol.4Issue(5)：616-620,5.DOI:10.1039/d6im00154h

Phase engineering enables tunable metal–support interactions for enhanced NH3-AEMFC performance

Chentao Mao ¹Chen Liao ¹Luyao Lin ¹Mingrong Li ¹Xiyang Cai ²Huihuang Fang ²Yu Luo ²Lilong Jiang²

作者信息

1. National Engineering Research Center of Chemical Fertilizer Catalyst(NERC-CFC),State Key Laboratory of Fluorine&Nitrogen Chemicals,Fuzhou University,Fuzhou,China
2. National Engineering Research Center of Chemical Fertilizer Catalyst(NERC-CFC),State Key Laboratory of Fluorine&Nitrogen Chemicals,Fuzhou University,Fuzhou,China||Qingyuan Innovation Laboratory,Quanzhou,Fujian,China
折叠

摘要

关键词

Direct ammonia anion exchange membrane fuel cells/Ammonia oxidation reaction/Metal–support interaction/Molybdenum carbide/Interfacial engineering strategy

Key words

Direct ammonia anion exchange membrane fuel cells/Ammonia oxidation reaction/Metal–support interaction/Molybdenum carbide/Interfacial engineering strategy

引用本文复制引用

Chentao Mao,Chen Liao,Luyao Lin,Mingrong Li,Xiyang Cai,Huihuang Fang,Yu Luo,Lilong Jiang..Phase engineering enables tunable metal–support interactions for enhanced NH3-AEMFC performance[J].工业化学与材料（英文）,2026,4(5):616-620,5.

基金项目

This work is supported by National Natural Science Foundation of China(22308055),the Award Program for Minjiang Scholar Young Professorship(XRC-26026),Science Fund for Creative Research Groups of the National Natural Science Foundation of China(22221005),Platform Supporting Fund of Qingyuan Innovation Laboratory(00623002),and Scientific Research Starting Foundation of Fuzhou University(XRC-25077). （22308055）

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