Direct‑carbonization synthesis of highly nitrogen-doped multi-crystalline amorphous carbon and its sodium-ion storage mechanism in ether-based electrolytes

Yingyi Zhong

doi:10.1016/j.est.2026.124016

Direct‑carbonization synthesis of highly nitrogen-doped multi-crystalline amorphous carbon and its sodium-ion storage mechanism in ether-based electrolytes

2026-08-06

0

PRE

AI

Y

Yingyi Zhong

Q

Qiyu Liu

H

Huiting Zhang

F

Fangbao Fu

X

Xihong Zu

X

Xueqing Qiu

W

Wenli Zhang *

DOI：10.1016/j.est.2026.124016

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Abstract

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• Uric acid and melamine molecules reassemble through hydrogen bonding. • Direct carbonization to obtain nitrogen-rich microcrystalline amorphous carbon. • Incompletely reversible solvated Na+ co-intercalation into UMAC in DME. • The irreversible structural evolution of UMAC leads to capacity fading.

Direct‑carbonization synthesis of highly nitrogen-doped multi-crystalline amorphous carbon and its sodium-ion storage mechanism in ether-based electrolytes

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