New inorganic materials

Author: Yang Huaming
Publisher:
Publish Date: 2005-01-01
Features: Novel inorganic materials refer to newly developed and ongoingly emerging inorganic new materials with excellent performance, which hold decisive significance for the advancement of science and technology, particularly high-tech development and the formation of new industries. Based on the elaboration of the concept, classification, characteristics, structure-performance relationship, and main research content of novel inorganic materials, this book comprehensively and systematically introduces various rapidly developing novel inorganic materials currently in domestic and international contexts, including novel ceramics, artificial crystals, special glasses, nanomaterials, porous materials, inorganic fibers, thin film materials, biomaterials, semiconductor materials, new energy materials, and environmental materials. The composition, structure, properties, preparation, applications, and development trends of these materials are covered in detail. During the writing process, the book adheres to the principle of enhancing novelty and practicality, with functionalization technology as the main thread, closely linking the relationships and patterns between synthesis and preparation, composition and structure, properties and applications. It highlights both the theory and application of novel inorganic materials while reflecting the forefront and development direction of this discipline. It emphasizes the exposition of new knowledge and theories while fully showcasing interdisciplinary integration and cross-fertilization. This book can serve as a teaching text for senior undergraduate and graduate students in material science and engineering-related fields at colleges and universities, as well as a reference for faculty and students in relevant disciplines, material researchers, engineering technicians, and entrepreneurs.
Novel inorganic materials refer to newly developed and ongoingly emerging inorganic new materials with excellent performance, which hold decisive significance for the advancement of science and technology, particularly high-tech development and the formation of new industries. Based on the elaboration of the concept, classification, characteristics, structure-performance relationship, and main research content of novel inorganic materials, this book comprehensively and systematically introduces various rapidly developing novel inorganic materials currently in domestic and international contexts, including novel ceramics, artificial crystals, special glasses, nanomaterials, porous materials, inorganic fibers, thin film materials, biomaterials, semiconductor materials, new energy materials, and environmental materials. The composition, structure, properties, preparation, applications, and development trends of these materials are covered in detail.