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Peng Ge

Professor

Central South University

China

Research Interests

Articles (20)

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Collaborators (1)

Shaofeng Li

Professor

University of Science and Technology of China

CHINA

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Peng Ge

Research Interests

Articles (20)

High-performance LiFePO4 regeneration through Na-induced lattice activation and conductivity rewiring

Controllable phase-reconstruction strategy for LiFePO4 homogeneous regeneration: reaction mechanism, characterization and prospect

Defect-Driven Upcycling of Spent NCM With Tailored Oxygen Vacancies Toward Great Energy-Storage Properties

Direct Regeneration of High-Nickel Cathodes: Overcoming Rock-Salt Barrier via Li2MoO4-Induced Surface Reconstruction

For High Capacity: Upcycling of Spent Graphite Catalytic via Precisely Tailoring Water–Gas Reaction

Homogeneous regeneration of spent LiFePO4via in situ Al/F impurity introduction: tailoring Li–Fe anti-sites for great cycling stability

In Situ Tailoring of Entropy-Window in High-Entropy LiMn2O4 During Closed-Loop Regeneration Toward Superior Energy-Storage Properties

Localized stabilization of lattice oxygen in layered oxides via competitive pathways for robust direct regeneration of lithium-ion batteries

Microstructure–electrolyte compatibility engineering in lignite-derived hard carbon for high-rate sodium-ion batteries

Molecularly Tailored Dual-Function Deep Eutectic Solvent Enhances Spent Lithium-Ion Battery Cathode Delamination and Regeneration

Regenerating degraded polycrystalline NCM towards high-performance single-crystal NCM622 through tailoring crystal-phase reconstruction

Regenerating spent LiFePO4 with tailored molecular groups: from bulk lattice repair to surface conductive coating for enhanced cycling stability

Revealing the Atomic-Scale Evolution of Ni-Ions and NiO6 Octahedrons for Regenerating Spent Ni-Rich Cathodes

Short-process crystalline morphological reconstruction and ultra-high rate storage application of natural stibnite,天然辉锑矿短流程晶相形貌重构及其超高倍率储能应用

Unlocking Low-Energy-Barrier Pathways via Monoclinic Acceptor Induction for Homogeneous Regeneration of Spent LiMnxFe1-xPO4 Cathodes

Upcycling NCM cathodes by tailoring superexchange interaction for ultrastable energy storage properties

Upcycling Spent LiCoO2 with O2–O3 Intergrowth for Enhanced High-Voltage Stability and Cycling Performance

Upcycling Spent LiFePO4 Toward Pseudo-Solid-Solution LiFePO4@Li3V2(PO4)3 With Great High-Voltage Stability and Rate Properties

Upcycling Spent LiFePO4: Precisely Fe-Sites Doped by Ti-Atoms with Expanded Li-Diffusion Channels Toward High Capacity

Upcycling Spent Ni-Rich Cathodes via Interfacial Interlocking and Bonding for Prolonged Cycling

Collaborators (1)

Shaofeng Li

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