Lithium-Decorated Porous BC2P Monolayer: A Novel High-Capacity Material for Efficient and Reversible Hydrogen Molecule Storage

Qamar Abuhassan; Luma Hussain Saleh; G. Padmapriya; Subhashree Ray; Amrita Pal; Renu Sharma; Mutabar Latipova; Arofat Inkhonova; Ruslanbek Siddikov; Varagunapandiyan Natarajan; Md Saiful Islam

doi:10.1039/d5nj04951b

January 1, 2026New Journal of Chemistry

Lithium-Decorated Porous BC2P Monolayer: A Novel High-Capacity Material for Efficient and Reversible Hydrogen Molecule Storage

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Key Points

This research investigates how lithium affects the hydrogen storage capacity of BC2P monolayers.
Used density functional theory calculations to analyze hydrogen storage capacity.
Compared pristine and lithium-decorated porous BC2P monolayers for storage efficiency.
Assessed the reversible nature of hydrogen molecule storage.
Pristine BC2P shows limited hydrogen storage ability.
Lithium decoration significantly enhances the capacity for hydrogen storage.
The modified material remains efficient and reversible in its storage capabilities.

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Implication

The study examines hydrogen storage capabilities in lithium-decorated BC2P monolayers, indicating high capacity benefits.

Abstract

The hydrogen storage capabilities of pristine and lithium-decorated porous BC2P monolayers were examined using density functional theory calculations. Findings show that the pristine BC2P has a limited ability to store...

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Abuhassan et al. (2026) studied this question.

synapsesocial.com/papers/69ccb63f16edfba7beb87dfc https://doi.org/10.1039/d5nj04951b

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Lithium-Decorated Porous BC2P Monolayer: A Novel High-Capacity Material for Efficient and Reversible Hydrogen Molecule Storage

Key Points

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Implication

Abstract

Discussion

Cite This Study

Lithium-Decorated Porous BC2P Monolayer: A Novel High-Capacity Material for Efficient and Reversible Hydrogen Molecule Storage

Key Points

Ask about this paper

Implication

Abstract

Discussion

Cite This Study

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