Intercalation Mechanism of C2N/Blue Phosphorene for Li-Ion Batteries: Ultrahigh Capacity, Fast Kinetics and Improved Compatibility with FSI/FEC Electrolytes

Majid EL Kassaoui; Soukaina Khaouti; M Adarmouch; Mehwish K. Butt; Omar Mounkachi

doi:10.1039/d6ta02010k

January 1, 2026Journal of Materials Chemistry A

Intercalation Mechanism of C2N/Blue Phosphorene for Li-Ion Batteries: Ultrahigh Capacity, Fast Kinetics and Improved Compatibility with FSI/FEC Electrolytes

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Key Points

The study investigates the intercalation mechanism of C2N and blue phosphorene in lithium-ion batteries.
Analyzed the structural stability and oxidative resistance of C2N and blue phosphorene in batteries.
Tested various electrolyte combinations, specifically FSI and FEC, for compatibility.
Evaluated battery performance metrics including capacity and charge kinetics.
C2N/blue phosphorene composite achieved ultrahigh lithium ion capacity exceeding typical values.
Fast charge kinetics were observed, with significant improvements in ion transport.
Enhanced compatibility with FSI/FEC electrolytes led to improved battery stability over time.

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Implication

This research demonstrates improved capacity and kinetics in lithium-ion batteries using C2N and blue phosphorene.

Abstract

Despite their complementary merits, each material faces inherent limitations when used independently. Blue phosphorene (BlueP) is prone to oxidative degradation and structural instability, whereas nitrogenated holey graphene (C2N), although chemically...

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Kassaoui et al. (2026) studied this question.

synapsesocial.com/papers/69fecf71b9154b0b828765b1 https://doi.org/10.1039/d6ta02010k

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Intercalation Mechanism of C2N/Blue Phosphorene for Li-Ion Batteries: Ultrahigh Capacity, Fast Kinetics and Improved Compatibility with FSI/FEC Electrolytes

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Abstract

Discussion

Cite This Study

Intercalation Mechanism of C2N/Blue Phosphorene for Li-Ion Batteries: Ultrahigh Capacity, Fast Kinetics and Improved Compatibility with FSI/FEC Electrolytes

Key Points

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Abstract

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