What is the importance of ferrocene?
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Ferrocene is important because it has significantly influenced chemical research and has been recognized as an extremely versatile platform for various research fields. It exhibits high chemical stability, can undergo diverse synthetic modifications, and has well-defined and highly specific steric properties. Ferrocene derivatives have wide applications in ligand design, materials research, medicinal and analytical chemistry, and redox agents. They are of interest to spectroscopists, magnetochemists, and theoreticians. Ferrocene is widely incorporated in pharmaceutical candidates, materials, and redox agents, and is involved directly in the reactivity of metal centers. Ferrocene-based chelating ligands possess unique electronic characteristics that make them versatile in supporting a wide range of reactivity behaviors for resulting metal complexes. Electrochemistry is an important technique for the characterization of new compounds, and ferrocene complexes have been studied in nonaqueous solvents.
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39 Citations | The paper does not explicitly mention the importance of ferrocene. |
12 Citations | The paper does not explicitly mention the importance of ferrocene. |
25 Citations | The importance of ferrocene lies in its versatility as a platform for ligand design, materials research, medicinal and analytical chemistry, and other research fields. |
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