Stoichiometry and Thermodynamics of Metallurgical ProcessesCUP Archive, 31 oct. 1985 - 957 pages Originally published in 1985, this textbook provides a thorough and comprehensive coverage of a wide range of topics in stoichiometry and thermodynamics with special emphasis on applications to metallurgical processes. The author's approach is to introduce students to the fundamental notions of physical chemistry and thermodynamics and then to expand the treatment gradually into progressively more advanced areas. This book will be welcomed as a text for courses in elementary and advanced thermodynamics and stoichiometry. The topics covered are both theoretical and practical. The examples and exercises range from straightforward tests of theory and simple numerical problems to complex analyses of real processes. Every chapter ends with full and up-to-date references. It can also serve as a valuable reference book for professional metallurgists, materials scientists, ceramicists, chemists, chemical engineers and fuel technologists. |
Table des matières
References | 19 |
References | 54 |
References | 87 |
Fuels and combustion | 88 |
Energy balances | 185 |
Second law of thermodynamics | 208 |
Auxiliary functions | 243 |
Theory of solutions I | 267 |
Equilibria in complex systems | 692 |
Theory of solutions II | 821 |
Units and conversion tables | 873 |
Program FUELGAS | 879 |
Vaporpressure equations | 895 |
Answers to problems | 909 |
Nomenclature | 937 |
948 | |
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Expressions et termes fréquents
activity coefficient alloys amount atom binary Calculate calorific value carbon cell chemical CO(g CO₂ coal coke combustion component composition condensed phases copper CuSO4 determined diagram electrode energy of formation enthalpy entropy change equilibrium constant equilibrium partial pressures fuel furnace g-mole galvanic cell gas mixture gas phase gaseous gases Gibbs free energy given gram-moles H₂ H₂O heat capacity Henrian Henry's law hydrogen ideal gas input iron isothermal isothermal process J/g-mole K₁ liquid solution matrix melt metal molar free energy mole fraction N₂ obtain oxide oxygen partial pressures plot Po₂ pure solid quantity Raoult's law ratio reaction relative partial molar sensible heat shown in Figure SiO2 slag species standard free standard free-energy change stoichiometric substance Substituting sulfur Table temperature thermodynamic total pressure vapor pressure volume water vapor zero zinc ΔΗ