Metal-Organic Frameworks

Research in metal-organic frameworks (MOFs) explores the design, synthesis, and application of porous crystalline materials. These materials are constructed from metal ions or clusters linked by organic molecules, creating highly ordered structures with tunable pore sizes and chemical functionalities. Investigations focus on understanding the relationship between MOF structure and properties, including gas adsorption and separation, catalysis, sensing, drug delivery, and magnetism. Researchers employ techniques such as X-ray diffraction, spectroscopy, and gas physisorption to characterize these materials and evaluate their performance in various applications.

The development of advanced materials like MOFs holds potential relevance for Arkansas's diverse economy. Applications in gas separation and storage could benefit the state's energy sector, while MOFs designed for catalysis may support the chemical manufacturing industry. Furthermore, MOFs explored for drug delivery and sensing could contribute to advancements in public health and medical diagnostics, addressing needs within the state.

This research area intersects with materials science, nanotechnology, radiochemistry, and fluorine chemistry. Work in MOFs also connects to explorations in covalent organic frameworks and magnetism in coordination complexes, reflecting a broad engagement with advanced materials science across the state's higher education institutions.