Titlebook: Alloy Phase Stability; G. M. Stocks,A. Gonis Book 1989 Kluwer Academic Publishers 1989 electron.electron microscope.intermetallic compound

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Electron Microscopy of Ordering in Alloysesolution microscopy combined with computer simulated images allow to obtain atomic scale information of ordering related defects. Important is that we can show that the minority atoms in a large range of alloys can be systematically imaged as bright dots; this provides us with an easy code to inter

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Quantitative statistical description of the long period antiphase boundary structures from their higgree of rigidity, or roughness, of the APB i.e. the degree of freedom in the APB positions around the mean position M. APB can be very straight as in Pt.V, Al.Cu [6] or jogging over one atomic plane as in TiAl. [1] or wavy and spread over a few atomic planes as in Cu.Pd [7, 8].

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Effective Pair-Interactions in Binary Alloysem that the pair-interactions could have been only determined within a mean-field approximation [1,2], has meanwhile been solved by the Inverse Monte Carlo (IMC) method [3]. In the particular case of the ...... alloy a remarkable agreement between the numerically exact result of the IMC method and t

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Book 1989oys and determine their properties. Today theory can begin to offer guidance in predicting the properties of alloys and in developing new alloy systems. Historically, attempts directed toward understanding phase stability and phase transitions have proceeded along distinct and seemingly diverse line

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Carlo Tasso,Edoardo R. Arantes e Oliveiran said some years ago that if one studied the Fermi surface of pure copper one was a physicist whereas if one wanted to understand the alloying effects of Zn on, for example, the hardness of Cu, one was a physical metallurgist. [And if one wished to design a heat treatment to optimize the properties

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