Overview
- Editors:
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Patrice E. A. Turchi
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Lawrence Livermore National Laboratory, Livermore, USA
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Antonios Gonis
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Lawrence Livermore National Laboratory, Livermore, USA
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Table of contents (57 chapters)
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Kinetics and Dynamics of Alloy Transformations
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Contributed Papers
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- J. S. Faulkner, Eva A. Horvath, Yang Wang, G. M. Stocks
Pages 545-551
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- Kathie E. Newman, Taek Kim, Xiaoou Xiang
Pages 553-556
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- Benjamin P. Burton, Alain Pasturel
Pages 557-560
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- M. Sluiter, P. E. A. Turchi
Pages 561-566
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- Göran Grimvall, Jan Häglund, Armando Fernández Guillermet
Pages 567-570
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- G. Ceder, P. D. Tepesch, C. Wolverton, D. de Fontaine
Pages 571-575
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- R. Tétot, B. Nacer, C. Giaconia, G. Boureau
Pages 577-580
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- Mark Asta, Ryan McCormack, Didier de Fontaine, Mark van Schilfgaarde, Gerbrand Ceder
Pages 581-584
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Kinetics and Dynamics of Alloy Transformations
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Front Matter
Pages 585-585
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Invited Papers
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- L. Q. Chen, Y. Z. Wang, A. G. Khachaturyan
Pages 587-604
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Contributed Papers
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Front Matter
Pages 651-651
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Kinetics and Dynamics of Alloy Transformations
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- Ryoichi Kikuchi, Arezki Beldjenna
Pages 653-664
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- Per-Anker Lindgård, Eduard Vives
Pages 683-686
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- V. G. Vakst, V. V. Kamyshenko
Pages 687-690
About this book
The study of phase transformations in substitutional alloys, including order disorder phenomena and structural transformations, plays a crucial role in understanding the physical and mechanical properties of materials, and in designing alloys with desired technologically important characteristics. Indeed, most of the physical properties, including equilibrium properties, transport, magnetic, vibrational as well as mechanical properties of alloys are often controlled by and are highly sensitive to the existence of ordered compounds and to the occurrence of structural transformations. Correspondingly, the alloy designer facing the task of processing new high-performance materials with properties that meet specific industrial applications must answer the following question: What is the crystalline structure and the atomic configuration that an alloy may exhibit at given temperature and concentration? Usually the answer is sought in the phase-diagram of a relevant system that is often determined experimentally and does not provide insight to the underlying mechanisms driving phase stability. Because of the rather tedious and highly risky nature of developing new materials through conventional metallurgical techniques, a great deal of effort has been expended in devising methods for understanding the mechanisms contrOlling phase transformations at the microscopic level. These efforts have been bolstered through the development of fully ab initio, accurate theoretical models, coupled with the advent of new experimental methods and of powerful supercomputer capabilities.