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Lalena J.N., Cleary D.A., Carpenter E.E., Dean N.F. Inorganic Materials Synthesis and Fabrication

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Lalena J.N., Cleary D.A., Carpenter E.E., Dean N.F. Inorganic Materials Synthesis and Fabrication
Hoboken: John Wiley & Sons., 2008. — 313 p.
With our first textbook, Principles of Inorganic Materials Design, we set out to fulfill our stated goal of preparing a single-source presentation of inorganic materials design. Accordingly, the primary emphasis was on structure-property correlation. A comprehensive treatment of the broader general topic of inorganic materials science necessitates that we discuss chemical, synthetic, and fabrication processes, topics we now take up in detail. Customarily, chemists have been interested in the submicroscopic length scale, studying the compositions and structures of solids, their relationships to properties, and processes that bring about changes in those entities. The physicists who deal with condensed matter have had similar goals working at the electronic length scale, where they have been concerned primarily with describing various physical properties quantitatively. The focus of materials scientists and engineers, on the other hand, has evolved from studying microstructural features and processes to a state in which they now also draw on the body of knowledge acquired by chemists and physicists in order to design improved materials for utilization in specific engineering applications. Today, the artificial demarcation between the various disciplines is beginning to vanish. Becoming consistently common objectives are synthesis and fabrication, which inherently require consideration of details spanning multiple length scales. To serve the need to educate science and engineering students in this area, in this book we take an interdisciplinary approach, as we did in our first book, but with the focus shifted to describing how chemical reactions proceed between single-phase inorganic solids (molecular and nonmolecular) and other substances that result in the transformation of the solid, to a new single phase with composition differing from that of the original material. Such reactions are conveniently categorized here as being of the solid-vapor, solid-liquid, or solid-solid type. In general, synthetic schemes may be thought of as bottom-up processes where the chemical transformation occurs at the interface between the reacting phases. This book is about the preparation of single-phase inorganic materials. The design concerns and associated process flows for multiphase/heterostructure devices (e.g., composite materials, semiconductor integrated circuits) are better covere in specialized engineering texts and so are omitted here. However, we cover top-down materials fabrication processes, such as plastic deformation and consolidation processing in some detail, topics that have traditionally been restricted to materials science and engineering courses. As with our first textbook, this book takes on a distinct historical tone and includes short biographical sketches of some of the people who have made seminal contributions to the field over the past century. We believe that students appreciate learning about their heritage, and the history of science is, after all, a worthy scholarly endeavor in and of itself.
Crystallographic and Microstructural Considerations
Chemical Energetics and Atomistics of Reactions and Transformations in Solids
Solid.Vapor Reactions
Solid.Liquid Reactions
Solid.Solid Reactions
Nanomaterials Synthesis
Materials Fabrication
General Mechanical Engineering Terms
Green Materials Synthesis and Processing
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