Author

Yuhe Bai

Observed name: YuHe Bai

Institution: Wuhan University of Science and Technology

Observed institution: Wuhan University of Science and Technology

ORCID: 0000-0001-6790-781X

Observed ORCID: 0000-0001-6790-781X

OpenAlex ID: A5102853579

Enhanced oxidation and recovery of phosphorous from hypophosphite wastewater: Key role of heterogeneous E-Fenton system with MOFs derived hierarchical Mn-Fe@PC modified cathode

2023 · Kuang He, Kaihua Huang, et al. · Surfaces and Interfaces · 18

Research on ultrafast catalytic degradation of heterocyclic compounds by the novel high entropy catalyst

2023 · Yuhe Bai, Li Wang, et al. · Journal of environmental chemical engineering · 15

Microbial electrosynthesis for clean utilization and high-value conversion of CO2: A bibliometric review

2025 · Kang Li, Ning Hu, et al. · International Journal of Hydrogen Energy · 14

Synergistic catalytic degradation of Methotrexate using Ce-based high-entropy metal oxides: Insights from DFT calculations and CWPO performance

2024 · Qiangqiang Tao, Yuhe Bai, et al. · Separation and Purification Technology · 11

Electrostatically self-assembled Fe3O4@Ti3C2Tx electrodes for efficient capacitive deionization driven by ultrafast ion pumps

2024 · Fu Feng, Li Wang, et al. · Journal of environmental chemical engineering · 9

Application, performance and mechanism of high-entropy catalysts for degradation of heterocyclic compounds

2023 · Yuhe Bai, Li Wang, et al. · Journal of Water Process Engineering · 8

Synergistic redox relay in Ce/co-tuned high-entropy oxides for ultrafast antibiotic mineralization via self-regenerative ROS cycling

2025 · Qiangqiang Tao, Yuhe Bai, et al. · Chemical Engineering Journal · 4

Ultra-fast detoxification pathways of anti-cancer drug (Gefitinib) via high-entropy engineering driving catalysis

2025 · Yuhe Bai, Qiangqiang Tao, et al. · Water Research · 4

Anchoring of Cu nanoparticles on the surface of magnetic separable high-entropy oxides for ultrafast catalytic degradation of sulfadiazine

2025 · Yuhe Bai, Qiangqiang Tao, et al. · Separation and Purification Technology · 2

Site-partitioned reactive oxygen species activation on SiC-immobilized high-entropy oxide enables continuous-flow sulfamethoxazole transformation and risk attenuation

2026 · Qiangqiang Tao, Yuhe Bai, et al. · Chemical Engineering Journal

Transition metal-enabled heterojunction structures electrocatalysts for high-performance CO2 reduction to organic fatty acids

2025 · Xuan Li, Li Wang, et al. · Journal of environmental chemical engineering

Enhancing Microbial Electrosynthesis Efficiency and Microbial Affinity Via Covalent Organic Frameworks -Coated Modified Biocathodes

2025 · Kang Li, Ning Hu, et al. · SSRN Electronic Journal

Enhancing microbial electrosynthesis efficiency and microbial affinity via covalent organic frameworks -coated modified biocathodes

2025 · Kang Li, Ning Hu, et al. · SSRN Electronic Journal

Works count: 13

Citation count: 85

H-index: 6

I10-index: 4