Titlebook: Amorphous and Liquid Semiconductors; J. Tauc Book 1974 Plenum Publishing Company Ltd 1974 Vibration.crystal.metals.physics.semiconductor

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Book 1974 problems associated with large disorder with the aim to understand the consequences of the lack of the long-range order. Semiconductors are much more changed by disorder than metals or insulators, and appear to be the most suitable materials for fundamental work. Considerable exploratory work on am

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The Nature of the Amorphous State,materials and their transformations are reviewed. Also, structural and chemical changes which can lead to inhomogeneities, and the detection of these inhomogeneities, are discussed. Because of the difficulty in completely characterizing amorphous materials, one must be aware of the possible structur

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Optical Properties of Amorphous Semiconductors,metry arguments based explicitly on the existence of long-range order. Indeed, this is one of the few properties of crystals which cannot be accounted for on the basis of short-range order alone: If the long-range order is destroyed, the sharp structural detail, which is typical for crystals, disapp

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Electronic Properties of Amorphous Semiconductors,lline counterparts. Furthermore, the theoretical difficulty of calculating the distribution of electronic states and their transport properties in disordered structures and the resulting need for simplifying approximations provide the theoretical expressions with considerable flexibility. At the sam

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Structure and Electronic Properties of Liquid Semiconductors,ties of liquid conductors. The purpose of this section is to describe the use of neutron and X-ray diffraction techniques in determining this quantity. In most scattering experiments the measured intensities are proportional to differential scattering cross sections. Let b. and b. represent respecti

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Die Kosten der Parteiendemokratieoys for photographic (Ovshinsky (1969) Ovshinsky and Klose (1972) Berkes, Ing, Jr. and Hillegas (1971)) and holographic (Pearson and Bagley (1971) Keneman (1971)) imaging has to a large degree revived photocrystallization, photonucleation, and photopolymerization as fields of active research.