metal organic framework

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1. Abstract Metal-organic frameworks are a class of functional porous materials. In recent years, metalorganic frameworks have become a hot research topic in the field of electrochemistry because of their controllable morphology, abundant pores, high specific surface area and versatility. The morphological and electrochemical properties of these promising metal-organic framework materials for their future development are discussed. Finally, based on the reported literature, we propose the future direction of metal-organic frameworks and metal-organic framework composites in the field of electrochemistry.

2. Introduction & Research Background Secondly, the linkers will be incorporated into a MOF library. Plant Based Diet MOF nanomaterials are more promising for electrochemical energy storage devices than bulk MOF materials because of the shorter diffusion pathways and size-dependent physical-chemical properties [19,20]. However, most of these MOF nanomaterials still suffer from insufficient stability, which severely limits their application [21,22]. Consequently, the synthesis of size/morphology-controlled MOF nanocrystals with improved stability has become central to their wider application (Zheng et al ., 2022). An Organic Molecule Linker Electrical conductivity and stability issues are two main drawbacks that hinder their wide applicability at high current densities. The various strategies to circumvent the bottlenecks are described (Liao et al., 2018). Metal-organic frameworks (MOFs) are attractive candidates to meet the needs of next-generation energy storage technologies. MOFs are a class of porous materials composed of metal nodes and organic linkers (Baumann et al ., 2019 ). For this reason, the materials are often referred to as hybrid organic-inorganic materials. The organic units are typically mono-, di-, tri-, or tetravalent ligands ( Awais et al ., 2020 ). An inorganic Metal Cluster The defined reticular lattice, precise structure of the active sites and the wide range of transition metals make MOF composites promising candidates as advanced electro catalysts for a variety of reactions. Using this approach, firstly a library of organic linker molecules based on phosphoramidite ligands will be synthesized ( Soni et al ., 2020 ). I propose an approach to developing high throughput methodology in order to screen metal organic framework libraries based on (chiral) phosphoramidite ligands. Finally, catalytic conversion will be studied in the presented confined space.

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4. Aims & Objectives 1 2 3 5 4 To investigate the current state of knowledge of Metal Organic Frameworks To develop the novel Metal Organic Framework for various electrochemical application To evaluate the performance of metal organic framework materials in term of their stativity, selectivity and efficiency To study the effect of synthesis temperature and heating time on the formation of metal organic frameworks material MOFs To fabricate MOFs modified electrode 6 To characterize metal organic frameworks material MOF using Research Question To understand in a greater deal what new sources for electrochemical applications are How are new MOFs mechanism being successful for electrochemical study? How to make a balance of this Metal Organic framework method that reaches and impact the target?

5. Materials & Methods Preparation of working electrode (GCE) Electrochemical applications of MOFs Research Methodology Characterization Method Synthesis of NI-BTC-MOF Synthesis of NiO -MOF/ rGO composites Synthesis of reduced graphene oxide SYNTHESIS OF GO