Fundamentals of coal combustion : for clean and efficient use
著者
書誌事項
Fundamentals of coal combustion : for clean and efficient use
（Coal science and technology, v. 20）
Elsevier, 1993
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注記
Includes bibliographical references and indexes
内容説明・目次
内容説明
This work is a broad, integrated treatment of the fundamentals of coal combustion and gasification. Most of the authors are recognized professionals in the field and all are conducting research work in the Advanced Combustion Engineering Research Center. The focus of the book is on clean and efficient use of coal. Practical chapters on coal processes, including coal technology projects and on acid rain formation control, lay a foundation for the fundamental treatment. The book is comprehensive in its treatment with over 1000 world-wide references, most of which are from the past five years.
目次
1. Coal Processes and Technologies (P.T. Radulovic, L.D. Smoot). Introduction. Entrained Beds. Fluidized Beds. Fixed Beds. Other Processes. 2. Process Data and Strategies (G.J. Germane, C.N. Eatough, J.N. Cannon). Introduction. Scale of Data. Instrumentation for Data Collection. Analysis of Process Data. Representative Data Sets. Coal Utilization Strategies. 3. Coal Characteristics, Structure, and Reaction Rates (K.L. Smith, L.D. Smoot, T.H. Fletcher). Introduction. Selection of a Suite of Commonly Used Research Coals. Petrology and Macromolecular Structures of Coal. Coal Structural Characterization. Coal Devolatization. Char Oxidation. 4. Ash Formation and Deposition (S.A. Benson, M.L. Jones, J.N. Harb). Introduction. Inorganic Constituents in Coals. Formation of Ash Intermediates. Deposit Initiation. Deposit Characteristics and Growth. Properties of Deposits. Model Development. 5. Radiative Heat Transfer (M.P. Menguc, B.W. Webb). Introduction. Fundamentals of Radiative Transfer. Solution Techniques for the RTE. Radiative Properties. Application to Practical Systems. 6. Pollutant Formation and Control (R. Boardman, L.D. Smoot). Introduction. Combustion Chemistry of Nitrogen Oxides. Modeling of Nitrogen Oxides. Nitrogen Oxide Control Technologies. Mechanisms of Sulfur Oxides Formation. Sulfur Pollutant Reduction Technologies. SO x , NO x Abatement Technology Demonstrations. 7. Turbulent Reacting Flows (P.A. McMurthy, M. Queiroz). Fundamentals. Modeling Techniques. Multi-Phase Reacting Flows. Higher Order Reacting Flows. Higher Order Simulations. 8. Comprehensive Modeling (B.S. Brewster et al.). Introduction. Entrained-Bed Models. Fixed-Bed Models. Fluidized-Bed Models. Abbreviations. Author Index. Subject Index. (A Summary, References and Nomenclature are included with each chapter).
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