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The primary goal of a materials scientist is a predictive understanding of materials properties and that requires a clear picture of the role played by electrons in determining the materials' behavior. Only then can one hope to design and build new materials with desired physical, chemical and engineering characteristics. Research is carried out on the basis of quantum mechanics, through solution of the so-called single-particle Schrödinger equation that describes the behavior of electrons in a solid. This book describes one formal approach to solving the Schrödinger equation developed within the framework of multiple scattering theory (MST). It offers a comprehensive and welcome entrée to the field of electronic structure of solids and should serve as a treatise for advanced undergraduates, graduate students and researchers in the field. Topics Include: concepts and formalism; periodic solids and impurities; substitutional alloys; surfaces and interfaces; transport; phonons and

An introduction to the field of multiple scattering theory and a useful reference. Based on a symposium held at the 1991 MRS Fall Meeting in Boston, Massachusetts, papers examine the history and found

The handling of actinides and actinide-based materials provides significant technological challenges due to the toxicity and radioactivity associated with these materials. These challenges are particu