Advanced physical chemistry for process metallurgy
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Bibliographic Information
Advanced physical chemistry for process metallurgy
Academic Press, 1997
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Includes index
Description and Table of Contents
Description
During the last three decades, there have been dramatic changes in the steel industry in terms of the quality of products, processing technology, energy efficiency, labor productivity and environmental protection. The once prominent role of the metals industry in national economies is declining in industrialized countries to the point where fewer research engineers are employed in the industry.
The scope of this book is limited to selected topics within the field of Physical Chemistry of Iron and Steelmaking"that are relevant to reduction, refining and solidification steps in the steel industry. The authors, leaders in the field, have gathered the complex information regarding metallurgy in this collection to enable the next generation to take this branch of science, and the metals industry, to new heights. Graduate students and research engineers will find this book particularly useful, while practicing engineers, innovators and managers in technology developmentwill read and consult this book for inspiration and reference.
Table of Contents
N. Sano,<$> Thermodynamics:<$> Y.A. Chang and S-L. Chen,<$> Thermodynamics of Metallic Solutions. N. Sano,<$> Thermodynamics of Slags. A. Pelton,<$> Solution Models. W-K. Lu,<$> Kinetics:<$> R.I. Guthrie,<$> Fluid Mechanics in Metallurgical Processes. M.C. Flemings,<$> Solidification. G.R. Belton,<$> Interfaces and Interfacial Reactions of Gases with Liquid Alloys and Slags. W-K. Lu,<$> Kinetics and Mechanisms of Heterogeneous Reactions. P.V.Riboud,<$> Industrial Systems:<$> B.G. Thomas and J.K. Brimacombe, Process Modeling. T.A. Engh,<$> Analysis of Metallurgical Reactors. J-M. Steiler,<$> Ironmaking Reactions. R.J. Fruehan,<$> Iron Smelting and Steelmaking Reactions. K.L. Schwerdtfeger,<$> Solidification Rate in Casting Processes.
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