Titlebook: Design of New Materials; David L. Cocke (Associate Professor of Chemistry, Book 1987 Plenum Press, New York 1987 ceramics.complexity.comp

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New Perspectives on Materials Design,on of available information and understanding for the prediction and synthesis of materials with desired properties. Here, understanding is differentiated from information and is used to imply correlations usable to formulate workable concepts. We know what functions a material should have or with b

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Design of Microstructures in Sol-Gel Processed Silicates,pacts (2,3). These compacts, in turn, densify to defect free polycrystalline ceramics (4). In cases dealt with in this paper, chemical routes are used to generate oxides in a porous preform of their final geometry. The geometries of interest are fibers (5), thin films (6) and shapes called monoliths

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The Preceramic Polymer Route to Silicon-Containing Ceramics,n carbide and silicon nitride, silicon oxynitride and the sialons; main group and transition metal silicides, and, finally, elemental silicon itself. While there is vigorous research activity throughout the world on the preparation of all of these classes of solid silicon compounds by the newer prep

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Synthesis of Ceramic Powders and Thin Films from Laser Heated Gases,hly perfect ceramic powders are made in one and thin films in the other. Both were developed because they permit unusual reaction conditions to be achieved with great precision and thereby produce superior reaction products..Silicon, SiC and Si.N. powders principally have been made from appropriate

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Materials Design by Means of Discharge Plasmas, and error in tailoring the materials properties. This requires a large number of experimental points to be known of the multidimensional experimental matrix. The present paper will concentrate on the question of . which can be achieved with the present understanding of the complicated plasma- chemi

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