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CALPHAD / Thermodynamic free energy / Crystallography / Thermodynamics / Reciprocal lattice / Thermodynamic databases for pure substances / Physics / Critical phenomena / Phase transitions


Document Date: 2012-12-26 08:30:01

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City

Kyoto / EVANSTON / Springer-Verlag / New York / /

Company

Oxford University Press / Figure Sa / Plenum Press / OBLICZEN AB / Clarendon Press / N. S a / /

Country

Poland / Germany / United States / /

Facility

INSTITUTE OF METALLURGY AND MATERIALS SCIENCE / NORTHWESTERN UNIVERSITY / Institute of Metallurgy / University of Saarland / Max Planck Institute / /

IndustryTerm

light metal / free energy / liquid solution / chemical potential / bcc solid solution / energy calculations / chemical species / lattice gas / binary systems / energy / /

Organization

North Atlantic Treaty Organization / Max Planck Institute in Stuttgart / Institute of Metallurgy and Materials / U.S. Department of Energy / Federal Communications Commission / University of Saarland in Germany / Oxford University / Minerals Metals & Materials Society / Polish Ministry of Scientific Research and Information Technology / Science Foundation / /

Person

VAN DE WALLE / P. Turchi / NATO ASI / D. de Fontaine / Sci / G.T. Bar / /

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Position

Professor / /

ProgrammingLanguage

D / /

ProvinceOrState

Saarland / Illinois / New York / /

Technology

semiconductor / thermodynamics / X-ray / artificial intelligence / Information Technology / Simulation / 537 Anautomated algorithm / /

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