November 10, 2025Inorganic Chemistry

A 3D MOF with Cu 20 /Cu 6 Clusters: Self-Assembly, CO 2 Encapsulation, Structural Features, and Magnetic Properties

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Authors

EŚEwelina I. Śliwa DNDmytro S. Nesterov JKJulia Kłak

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Implication

Self-assembled copper compounds reveal antiferromagnetic properties in a 3D metal-organic framework, indicating new functional materials for biomedical science.

Key Points

Self-assembled copper compounds formed a 3D metal-organic framework with unique structural features and antiferromagnetic properties.
Magnetic interactions were characterized within Cu 4 and Cu 20 clusters, showcasing significant antiferromagnetic behavior.
Density functional theory calculations confirmed the antiferromagnetic ground state and structural stability of the clusters.
This work enhances our understanding of how fluorinated carboxylates influence multicopper cluster assembly and design.

Cite This Study

Śliwa et al. (2025) studied this question.

synapsesocial.com/papers/69253a1ec0ce034ddc35709f https://doi.org/10.1021/acs.inorgchem.5c03928

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Implication

Self-assembled copper compounds reveal antiferromagnetic properties in a 3D metal-organic framework, indicating new functional materials for biomedical science.

A 3D MOF with Cu 20 /Cu 6 Clusters: Self-Assembly, CO 2 Encapsulation, Structural Features, and Magnetic Properties

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Key Points

Cite This Study

A 3D MOF with Cu 20 /Cu 6 Clusters: Self-Assembly, CO 2 Encapsulation, Structural Features, and Magnetic Properties

Discussion

Member takes

Implication

Key Points

Cite This Study

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