Titlebook: Surfaces and Interfaces in Ceramic and Ceramic — Metal Systems; Joseph Pask,Anthony Evans Book 1981 Springer Science+Business Media New Yo

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Interfacially Controlled Phenomena in the System K2CO3-KA1O2gases to produce a conductive plasma in magneto-hydrodynamic electrical power generators. In this high temperature environment, chemical interaction occurs not only with ceramic components of the system such as electrodes and insulators, but also with the mineral ash of the coal used to fuel the gen

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Development of Phases in In Situ-Reacted Mullite-Zirconia Compositesution (3 A1.O ·2 SiO. to 2 A1.O. · SiO.) and zirconia (ZrO.). Due to the excellent high temperature strength, chemical inertness, thermal shock resistance and low thermal conductivity this reaction has been used in the production of high temperature refractories.. Work in the alumina-silica system (

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Microstructure and Chemical Composition of Grain Boundaries in Ceramicsn the structures and geometries of the grain boundaries in ceramics (A1.O., SiC, Si.N.) are observed compared to metals.- The chemical compositions (of light elements up to Si) of layers close to the grain boundaries can be analysed by electron energy loss spectroscopy with a TEM fitted with a magne

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TEM Studies on the Structure of Low Angle Grain Boundaries in Nickel Oxidegle crystals. A classification of different types of SAGB is presented. The geometrical parameters and dislocation structures are determined including the nature of extreneous dislocations. The analyzed boundaries show differences compared to boundaries in fcc metals. The differences are attributed

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Observations on Grain Boundary Structures in Nickel Oxide.. The structure of the grain boundary dislocation arrays has been shown to be determined by the misfit geometry as well as the interfacal energy of the grain boundary. Very little data, however, are available for the grain boundary structures in ionic crystals, in which the interatomic interaction

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Grain Boundary Migration in Iron During Zincificatione stable grain boundaries to migrate. This phenomenon has been observed in many binary metal systems. under a variety of experimental conditions. The region swept by the boundary has a much higher solute concentration than can be accounted for by volume diffusion. The solute is left behind as the bo

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Book 1981y of California at Berkeley from July 28 to August 1, 1980. It was devoted to the subject of surfaces and interfaces in ceramic and ceramic-metal systems. The program was timely and of great interest, as indicated by the large number of contributed papers, which included contributions from ten forei

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