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Wei Li

Inner Mongolia Normal University

Mongolia

  • Inner Mongolia Normal University

SCHOLARLY PAPERS

2

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40

TOTAL CITATIONS

0

Scholarly Papers (2)

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1.

Amorphous Mo@Moo2 Supported Low-Crystalline Co Nanosheets for Enhanced O-H Bond Cleavage: Synergistic Effect of Abundant Active Sites and Robust Interfaces

Downloads 30 (1,318,317)

Amorphous Mo@Moo2 Supported Low-Crystalline Co Nanosheets for Enhanced O-H Bond Cleavage: Synergistic Effect of Abundant Active Sites and Robust Interfaces

Number of pages: 27 Posted: 28 Apr 2025
Fenglong Wu, Xiao Tian, Jin Song, Ying Zhang and Wei Li
Inner Mongolia Normal University, Inner Mongolia Normal University, affiliation not provided to SSRN, Inner Mongolia Normal University and Inner Mongolia Normal University
Downloads 20 (1,500,232)

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Hydrogen evolution, Photocatalytic, Cleavage of O-H bonds, Co nanosheets, Robust interfaces

Amorphous Mo@Moo2 Supported Low-Crystalline Co Nanosheets for Enhanced O-H Bond Cleavage: Synergistic Effect of Abundant Active Sites and Robust Interfaces

Number of pages: 27 Posted: 28 Apr 2025
Fenglong Wu, Xiao Tian, Jin Song, Ying Zhang and Wei Li
Inner Mongolia Normal University, Inner Mongolia Normal University, affiliation not provided to SSRN, Inner Mongolia Normal University and Inner Mongolia Normal University
Downloads 10 (1,606,395)

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Hydrogen evolution, Photocatalytic, Cleavage of O-H bonds, Co nanosheets, Robust interfaces

2.

Interfacial electromagnetic-field engineering depending on plasmonic Mo in Co0.5Cu0.5/Mo heterostructures for efficient hydrogen evolution from ammonia borane

Number of pages: 29 Posted: 12 Feb 2026
Fenglong Wu, Mingyue Jia, Wei Li, Shuling Liu, Xiao Tian, Jin Song, Yongfeng Wang and Baojun Li
Inner Mongolia Normal University, Inner Mongolia Normal University, Inner Mongolia Normal University, Zhengzhou University, Inner Mongolia Normal University, affiliation not provided to SSRN, Peking University and Zhengzhou University
Downloads 10 (1,541,665)

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ammonia borane, Catalytic mechanism, Hydrogen evolution, hydrolysis, Interfacial electromagnetic field, Plasmonic heterostructures