Titlebook: Amorphous Chalcogenide Semiconductors and Related Materials; Keiji Tanaka,Koichi Shimakawa Book 20111st edition Springer Science+Business

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https://doi.org/10.1007/978-3-662-26184-2a “tree growth manner.” History and trend of optical devices, fibers, and waveguides are described. Great success has been attained in phase change memories (DVDs), x-ray medical image sensors, highly sensitive vidicons, and xerography. We refer also to other applications such as holographic memorie

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Introduction,from physical standpoints. Among many non-crystalline solids, we shed light on oxide and chalcogenide glasses with brief histories. The readers will see how glass has made an impact on the present society. We also see the importance of unified understanding of glasses containing VIb elements in the

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Structure,an ideal glass structure, we will see continuous studies performed for grasping atomic structures in disordered materials. Experimental methods and deduced results for the short-range and medium-range structures (orders) in glasses are introduced. Structural defects, which are likely to produce loca

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Electronic Properties,lectronic properties have yielded a lot of valuable ideas, such as Tauc gap, mobility edge, and charged defects. In addition, concepts originally proposed for crystals such as polaron and Urbach edge bear special importance in chalcogenide glasses. We also consider optical nonlinearity, which is pro

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Photo-Electronic Properties,uzzling feature in amorphous chalcogenides may be the so-called half-gap rule of the peak energy. The origin will be discussed. Another photo-electronic property is the photoconduction. Most amorphous chalcogenides are good photoconductors, for which steady-state and transient characteristics are br

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