Research on Advanced Two-Dimensional Lamellar Metal-Organic Frameworks
A special issue of Molecules (ISSN 1420-3049). This special issue belongs to the section "Materials Chemistry".
Deadline for manuscript submissions: closed (15 August 2023) | Viewed by 2456
Special Issue Editor
Interests: two-dimensional materials; quantum materials; organic framework films; epitaxy growth; nanostructure synthesis
Special Issue Information
Dear Colleagues,
Two-dimensional (2D) lamellar metal–organic frameworks (LMOFs), in which their layers are bound loosely while the in-plane binding force is relatively stronger are attracting intense attention. Their attractions are not only arising from the combined merits of 2D materials and porous metal–organic frameworks, but also the unique properties 2D LMOFs possess. Among those, the highly accessible active sites, unique electron/phonon transition path, and possibility of large-scale fabrication promote 2D LMOFs to occupy irreplaceable positions in gas separation, catalytic application, sensing devices, and others. Numerous research has been dedicated to the synthesis and manufacturing of metal–organic framework layers. Especially, the interlayer force, crystallinity, pore/channel dimension, specific ligands involved, and others, are expected to achieve a better understanding of 2D LMOFs structures and more precise control over their chemical/physical properties. Moreover, as a sub-cetology of 2D materials, LMOFs open up a new opportunity to build organic/inorganic or organic/organic heterostructures with periodic patterns.
In this Special Issue, we welcome original research, progress review, or comments, with insights on 2D LMOFs synthesis, structural analysis, property exploration, superlattice build-up, as well as, a wide range of application directions, including but not limited to, seawater desalination, chemical product separation, biosensor, optoelectronic device, catalysis, and capacitor.
Dr. Yuxia Shen
Guest Editor
Manuscript Submission Information
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Keywords
- 2D LMOFs
- Layers
- porous structure
- large-scale fabrication
- separation
- catalysis
