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Diffusion Foundations and Materials Applications
Journal of Metastable and Nanocrystalline Materials
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Books by Keyword: Insulator
Books
Edited by:
Prof. Alexander M. Korsunsky
Online since: December 2022
Description: The ICKEM 2022 was held virtually on March 18-20, 2022. The rapid development of modern technology needs the support of many new materials. Since the third wave of science and technology swept the world, new materials, together with information energy, have been called the three-generation pillars of modern science and technology. Material science has developed into an interdisciplinary and comprehensive discipline. The main goal and feature of ICKEM are to bring scientists, engineers, and industry researchers together to exchange and share their experiences and research results, and discuss the practical challenges encountered and the solutions adopted. The articles collected from ICKEM 2022 introduce readers to the research results and engineering solutions in the area of materials for application in machinery, environmental engineering, biomedicine, electronics and electrical engineering. This edition will be helpful to a wide range of engineers and academics for many branches of modern production.
Edited by:
G.E. Matthews and R.T. Williams
Online since: January 1997
Description: This book constitutes a comprehensive international forum on defect-related phenomena in wide-gap materials, crystalline or otherwise. Materials as diverse as SiO2, group-III nitride compounds, diamond, alkali halides, refractory oxides, and polymers are covered, and the "defects" considered include intrinsic point imperfections, dislocations, accidental impurities, intentional dopants, imperfect surfaces, nanocrystals in host matrices, and bonding defects in glasses.
Important unifying similarities of the phenomena are identified and investigative methods are presented which can be applied, almost across-the-board, to materials which share a wide transparency, deep traps, extensive stored energy in electron-hole pairs, and a low conduction-electron density.
Important unifying similarities of the phenomena are identified and investigative methods are presented which can be applied, almost across-the-board, to materials which share a wide transparency, deep traps, extensive stored energy in electron-hole pairs, and a low conduction-electron density.
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