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Huicheng Ge

Shanghai University

149 Yanchang Road

SHANGDA ROAD 99

Shanghai 200072, 200444

China

  • Shanghai University

SCHOLARLY PAPERS

3

DOWNLOADS

53

TOTAL CITATIONS

3

Scholarly Papers (3)

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1.

Enhancing Heterojunction Interface Charge Transport Efficiency in Nico-Ldhs@Co/Coo-Cnfs for High-Performance Asymmetric and Zinc-Ion Hybrid Supercapacitors

Number of pages: 43 Posted: 29 May 2024
Huicheng Ge, Jiaqi Wang, Yuancong Luo, Jinli Jiang, Shicong Cui, Lingli Cheng, Zhen Li and Zheng Jiao
Shanghai University, Shanghai University, Shanghai University, Shanghai University, Shanghai University, Shanghai University, Shanghai University and Shanghai University
Downloads 30 (1,332,057)
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Carbon Nanofiber, NiCo-LDHs, Heterointerface, Flexible asymmetric supercapacitor, Zn ion hybrid supercapacitors

2.

Carbon Nanofibers Trigger Phase Evolution, Defect, and Interfacial Electric Field in V2O5/VO2 for High-Performance Aqueous Zinc-Ion Batteries

Number of pages: 34 Posted: 25 Apr 2026
Zichuan Liu, Huicheng Ge, Yuancong Luo, Yihui Shen, Bo Shi, Siqin Zhu, Shicong Cui, Lingli Cheng, Zhen Li and Zheng Jiao
Shanghai University, Shanghai University, Shanghai University, Shanghai University, Shanghai University, Shanghai University, Shanghai University, Shanghai University, Shanghai University and Shanghai University
Downloads 17 (1,526,714)

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Aqueous zinc-ion batteries, Carbon nanofibers, Phase transformation, Oxygen vacancies, Built-in electric field, Heterojunction

3.

Carbon Nanofiber-Induced Interfacial Electric Field and Phase Engineering in V2O5/VO2 Heterostructure for Advanced Zinc-Ion Batteries

Number of pages: 39 Posted: 14 Jul 2026
Zichuan Liu, Huicheng Ge, Yuancong Luo, Yihui Shen, Bo Shi, Shicong Cui, Lingli Cheng, Zhen Li and Zheng Jiao
Shanghai University, Shanghai University, Shanghai University, Shanghai University, Shanghai University, Shanghai University, Shanghai University, Shanghai University and Shanghai University
Downloads 6

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Aqueous zinc-ion batteries, Carbon nanofibers, Phase transformation, oxygen vacancies, Built-in electric field, Heterojunction