What question did this study set out to answer?

The central aim is to investigate the electronic structure of V-based M-N-C materials to enhance sodium storage capacity.

April 10, 2026

Nitrogen Coordination-Regulated Electronic Structure of V-Based Single-Atom M-N-C for Efficient Sodium Storage

Key Points

The central aim is to investigate the electronic structure of V-based M-N-C materials to enhance sodium storage capacity.
Synthesis of V-based M-N-C compounds
Characterization of electronic properties
Evaluation of sodium storage performance in SICs
Enhanced sodium storage capacity observed in V-based M-N-C materials
Significant improvement in charge-discharge efficiency
Exhibit stable cycling performance over multiple charge-discharge cycles

Abstract

Sodium-ion capacitors (SICs) have emerged as highly promising next-generation energy storage devices, but their development is severely restricted by the lack of highperformance anode materials capable of addressing the challenges...

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Authors

Weiyuan Wen

Zhejiang University

Huiyang Fan

Zhejiang University

Yucheng Chen

Zhejiang University

Journals

Physical Chemistry Chemical Physics

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Nitrogen Coordination-Regulated Electronic Structure of V-Based Single-Atom M-N-C for Efficient Sodium Storage

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Abstract

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