Oxygen defects boost the lithium-ion storage kinetics of γ-phase Li <sub>3.1</sub> V <sub>0.9</sub> Ge <sub>0.1</sub> O <sub> 4− <i>x</i> </sub> for high-rate lithium-ion capacitors

Oxygen-deficient γ-Li 3.1 Ge 0.1 V 0.9 O 4− x with a tailored electronic structure and fast Li + transport enables lithium-ion capacitors with high capacity, broad voltage window, and excellent energy-power density for advanced energy storage.

Authors

Xinyu Jiang
Tengyu Yao
Shunzhi Yu
Laifa Shen (ORCID: https://orcid.org/0000-0001-5114-6446)
Duo Chen (ORCID: https://orcid.org/0000-0002-1191-0742)

Institutions

Nanjing University of Aeronautics and Astronautics (CN)

Publication Details

Journal: Journal of Materials Chemistry A
Published: 2025-01-01
DOI: https://doi.org/10.1039/d5ta03914b
Citations: 2
Primary Topic: Advancements in Battery Materials
Type: article
Field-Weighted Citation Impact: 1.46

Funders

National Natural Science Foundation of China
International Science and Technology Cooperation Program of Jiangsu Province

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article

Oxygen defects boost the lithium-ion storage kinetics of γ-phase Li _3.1 V _0.9 Ge _0.1 O _{4− x} for high-rate lithium-ion capacitors

Xinyu Jiang, Tengyu Yao, Shunzhi Yu, Laifa Shen et al.

Jan 1, 2025

2 citations

Journal of Materials Chemistry A

Advancements in Battery Materials

1.46

article

Oxygen defects boost the lithium-ion storage kinetics of γ-phase Li _3.1 V _0.9 Ge _0.1 O _{4− x} for high-rate lithium-ion capacitors

Xinyu Jiang, Tengyu Yao, Shunzhi Yu, Laifa Shen, Duo Chen

January 1, 2025article en

2 citations

Abstract

Oxygen-deficient γ-Li 3.1 Ge 0.1 V 0.9 O 4− x with a tailored electronic structure and fast Li + transport enables lithium-ion capacitors with high capacity, broad voltage window, and excellent energy-power density for advanced energy storage.

Journal of Materials Chemistry AVol. 13(34)

Nanjing University of Aeronautics and Astronautics (CN)

National Natural Science Foundation of China, International Science and Technology Cooperation Program of Jiangsu Province

Openalex Percentile: Top 16%

Advancements in Battery Materials

1.46

DOI Source OpenAlex

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