Includes bibliographical references and indexes

This work provides a comprehensive overview of modern coordination chemistry, emphasizing the roles of metal ions and coordination compounds in biological systems, materials science, catalysis, environmental processes, and emerging nanotechnologies. It examines the bonding, electronic structure, synthesis, characterization, and reactivity of coordination complexes, while highlighting advances in theoretical and experimental methods. The volumes explore metal-containing biomolecules, metalloenzymes, medicinal and bioinorganic chemistry, homogeneous and heterogeneous catalysis, supramolecular assemblies, molecular magnetism, photochemistry, and electronic materials. Special attention is given to the design of functional metal-based systems for applications in energy conversion, molecular recognition, sensing, drug development, and nanotechnology. By integrating classical coordination chemistry with contemporary developments in biology, physics, and materials research, the work serves as an authoritative resource for researchers, educators, and advanced students seeking a detailed understanding of the expanding impact of coordination chemistry in science and technology.

Key themes

Metal–ligand bonding and electronic structure
Bioinorganic chemistry and metalloenzymes
Catalysis and reaction mechanisms
Supramolecular and self-assembled systems
Coordination compounds in medicine
Functional materials and molecular electronics
Nanostructured metal-based systems
Environmental and energy-related applications

This reference is widely regarded as one of the most extensive surveys of coordination chemistry and its interdisciplinary applications.

http://172.20.27.22:4000/handle/123456789/187