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Revealing the effect of Co/Cu (d7/d9) cationic doping on an electronic acceptor ZnO nanocage surface for the adsorption of citric acid, vinyl alcohol, and sulfamethoxazole ligands: DFT-D3, QTAIM, IGM-NCI, and MD analysis
Revealing the effect of Co/Cu (d7/d9) cationic doping on an electronic acceptor ZnO nanocage surface for the adsorption of citric acid, vinyl alcohol, and sulfamethoxazole ligands: DFT-D3, QTAIM, IGM-NCI, and MD analysis
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Revealing the effect of Co/Cu (d7/d9) cationic doping on an electronic acceptor ZnO nanocage surface for the adsorption of citric acid, vinyl alcohol, and sulfamethoxazole ligands: DFT-D3, QTAIM, IGM-NCI, and MD analysis

Gassoumi, B. ; Ahmed Mahmoud, A.M. ; Nasr, S. ; Karayel, A. ; Özkınalı, S. ; Castro, M.E. ; Melendez, F.J. ; Mahdouani, M. ; Nouar, L. ; Madi, F. ; Ghalla, H. ; Bourguiga, R. ; Ben Chaabane, R. ; Zhou, Y.

Materials chemistry and physics, 2023-11, Vol.309, p.128364, Article 128364 [Periódico revisado por pares]

Elsevier B.V

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Synthesis of ultramicroporous zeolitic imidazolate framework ZIF-8 via solid state method using a minimum amount of deionized water for high greenhouse gas adsorption: A computational modeling
Synthesis of ultramicroporous zeolitic imidazolate framework ZIF-8 via solid state method using a minimum amount of deionized water for high greenhouse gas adsorption: A computational modeling
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Synthesis of ultramicroporous zeolitic imidazolate framework ZIF-8 via solid state method using a minimum amount of deionized water for high greenhouse gas adsorption: A computational modeling

Belgacem, C.H. ; Missaoui, N. ; Khalafalla, M.A.H. ; Bouzid, G. ; Kahri, H. ; Bashal, A.H. ; Dhahri, A. ; Nouar, L. ; Melendez, F.J. ; Castro, M.E. ; Ghalla, H. ; Zhou, Y.

Journal of environmental chemical engineering, 2024-04, Vol.12 (2), p.112086, Article 112086 [Periódico revisado por pares]

Elsevier Ltd

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