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This is a In Vitro Study study (also classified as: Animal Study).

Confining the Node Accessibility of Zr‐MOFs Along One‐Dimensional Channels Toward High Water‐Vapor Cycle‐Stability

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Analysis reveals high water cycling stability in Zr-MOFs, suggesting improved materials for water adsorption applications.

Zr-MOFs exhibit improved cycling stability for water uptake, enhancing their application potential.
An impressive water uptake capacity of 0.93 g g-1 was achieved with NJTech-5, indicating high efficiency.
Linker design strategies involving horizontal core extensions were employed to enhance node accessibility.
Future developments in Zr-MOFs could optimize their hydrolytic stability for better water management solutions.

Lu et al. (2025) studied this question.

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