Titlebook: Defects in Solids; Modern Techniques Alan V. Chadwick,Mario Terenzi Book 1986 Springer Science+Business Media New York 1986 chemistry.conde

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X-Ray Topography and Related Techniques Using Synchrotron Radiation, impurity induced strains with a much better sensitivity but a poorer spatial. resolution. XRT is thus restricted to study single crystals with a low density of imper fections. Contrary to TEM, it will be mostly suitable to investigate the initial stages of processes like microplasticity, phase tran

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Spectroscopic Studies of Defects in Ionic and Semi-Ionic Solids,ed atomic structure, of semi-ionic or covalent nature and more complicated defects, be it due to the nature of the impurity, aggregation of impurities or of impurities and intrinsic defects, low symmetry etc.

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Principles of NMR: Its Uses in Defect Studies,rom other techniques such as dielectric relaxation and ionic thermocurrent (ITC). The NMR techniques are also nucleus specific so that we may distinguish which atomic species is mobile and even find out about systems where more than one type of atomic motion exists among the same(chemical) atomic sp

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Measurement and Analysis of Ionic Conductance in Solids,rystals. In this chapter the modern experimental techniques for the measurement and analysis of these kind of ionic conductance data, which, ideally should be measured on single crystal specimens, will be described. In some very well understood cases these analyses have recently been improved by inc

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Thermally Stimulated Depolarization Studies of Ionic Solids,ch defects. This last method, introduced by Bucci and Fieschi in 1964, deals with the detection and analysis of thermostimulated depolarization currents arising from ion redisplacements in solids whose electronic conductivity is neglegible (1,2). In a sense ITC enters in the wide class of methods ba

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https://doi.org/10.1007/978-3-030-87189-5arrangement of atoms or ions which make up solid materials.The rapid development and improvement of the techniques by which defects solids are detected and characterized, and which form the subject matter of this book, have necessitated constant revision of our concepts of perfect and defective soli