Amorphous Semiconductor: Glassy Materials
Characterization Techniques and Applications
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The past four decades have witnessed many inventions and developments in the field of an amorphous semiconductor such as chalcogenide glasses (Selenium, Tellurium, and Sulphur ) due to its wide applications in phase-change memory, switching, xerography, semiconductor devices, and optical memory devices, etc. Chalcogenide glasses are covalently bonded amorphous semiconductors either binary or cross-linked form. Selenium-based chalcogenide glasses exhibit phase-changing properties which make them potential industrial applications in making switching devices, phase change random memory devices (P...
The past four decades have witnessed many inventions and developments in the field of an amorphous semiconductor such as chalcogenide glasses (Selenium, Tellurium, and Sulphur ) due to its wide applications in phase-change memory, switching, xerography, semiconductor devices, and optical memory devices, etc. Chalcogenide glasses are covalently bonded amorphous semiconductors either binary or cross-linked form. Selenium-based chalcogenide glasses exhibit phase-changing properties which make them potential industrial applications in making switching devices, phase change random memory devices (PRAM) and solar cells, etc. This book presents a comprehensive study on the important topic about amorphous semiconductor specially chalcogenide glasses materials and their characterization using different modern techniques such as X-Ray Diffraction (XRD), Scanning Electron Microscope (SEM) and Energy Dispersive Analysis by X-ray (EDX). Though this book is intended primarily for undergraduateand postgraduate students studying material science & engineering and nanotechnology, it is also useful for those who are pursuing research in material science and nanotechnology.
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