Rare Earth Elements: Physics and Chemistry provides systematic coverage of lanthanide and actinide series chemistry, atomic structure, and practical applications for researchers, students, and professionals in physics, chemistry, materials science, and engineering. This resource explores electronic configurations, oxidation state chemistry, and coordination behavior governing rare earth element (REE) reactivity and properties. Coverage systematically addresses oxides, halides, nitrides, intermetallic compounds, and organometallic species formed by rare earth elements. The book explains lanthanide contraction phenomena, f-electron chemistry, mixed valence systems, and emerging concepts such as topological materials and quantum phenomena. Advanced sections detail f-block element properties affecting catalysis, luminescence, magnetism, and functional material applications. Real-world applications span permanent magnets, phosphors, catalytic systems, and medical imaging agents from North America, Europe, and Asia. Coverage includes extraction, separation techniques, and environmental considerations regarding REE mining and processing. The text emphasizes synthesis strategies, characterization approaches, and structure-property relationships. Readers develop competencies in lanthanide and actinide chemistry, functional material design, and application optimization. This volume serves materials scientists, chemists, physicists, and professionals seeking expert knowledge of rare earth element science.
