Ferrocyanide “Skin”-Mediated Anticatalysis: Mitigating Self-Discharge in Aqueous Electrochemical Devices

Ferrocyanide “Skin”-Mediated Anticatalysis: Mitigating Self-Discharge in Aqueous Electrochemical Devices

The interest in aqueous energy storage devices is surging due to their exceptional safety profile. However, in aqueous energy storage systems, interfacial side reactions, predominantly attributed to the oxygen evolution reaction (OER), result in significant self-discharge, which is concomitant with...

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Bibliographic Details
Main Author: Jin Li (119007) (author)
Other Authors: Shuo Sun (626584) (author), Hao Huang (111923) (author), Teng Zhai (1459396) (author), Yanchen Liu (3691888) (author), Minghui Gu (803521) (author), Hongye Yang (11624399) (author), Mingqing Sun (18843015) (author), Tianyi Kou (1530160) (author), Shuang Li (146392) (author), Hui Xia (133168) (author)
Published: 2025
Subjects:
Medicine
Immunology
Infectious Diseases
Space Science
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
undesired phase transition
transition metal compounds
reaction pathway presents
oxygen evolution reaction
interfacial side reactions
exceptional safety profile
broadly applicable paradigm
aqueous electrochemical devices
significant energy barrier
fully charged electrode
oh )< sub
nickel cobalt oxide
2 </ sub
remarkable voltage retention
oer ), result
significant self
modified electrode
vanadium oxide
manganese oxide
tmc materials
taking nio
surging due
predominantly attributed
n –
mitigating self
idling within
idling process
hydroxyl ions
findings highlight
effectively shielding
bonding process
active sites
1 week
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