PISBN：9780080969848
出版社：Elsevier
出版类型：Book
出版时间：2014
作者：Seetharaman,Seshadri
主题词：Gibbs Adsorption Isotherm,Interface,Langmuir Isotherm,Surface,Adsorption,Adsorption Isotherms,Grain Boundaries,Interfaces (Materials),Refractory Metals,Slags,Surfaces,Gibbs Adsorption,Gibbs Adsorption Isotherms,High-Temperature Reaction,Langmuir Adsorption,Langmuir Isotherm,Metallurgical Process,Slag-Gas Interface,Surfaces And Interfaces,Phase Interfaces,Double Layer,Electrocapillarity,Electrocapillary Curves,Electrochemistry,Adsorption,Electric Potential,Liquids,Reaction Kinetics,Slags,Adsorption Phenomena,Characteristic Point,Double Layers,Effect Of Adsorptions,Electrocapillarity,Electrocapillary Curve,Electrochemical Measurements,Electrochemical Potential,Electrochemistry,Adsorption,Chemical Reaction Control,Gas Phase Mass Transfer Control,Liquid Phase Mass Transfer Control,Mixed Control,Surface-Active Species,Vaporization,Adsorption,Heat Transfer,Liquids,Mass Transfer,Vaporization,Chemical Reaction Control,Gas-Phase Mass Transfer,Liquid-Phase Mass Transfer,Mixed Controls,Surface Active Species,Reaction Kinetics,Deoxidation,Desulfurization,Electromagnetic Stirring,Hydrogen,Nitrogen,Optical Basicity,Reaction Vessels,Reoxidation,Sensors,Slag Capacities,Steelmaking,Transfer Operations,Water Vapor,Alkalinity,Desulfurization,Hydrogen,Nitrogen,Sensors,Slags,Steelmaking,Water Vapor,Deoxidation,Electromagnetic Stirring,Optical Basicity,Re-Oxidation,Reaction Vessel,Transfer Operations,Quality Control,Augmented Stoichiometry Matrix,Bof Process,Cement Kiln,Constraint Gibbs Energy,Effective Equilibrium Reaction Zone,Gibbs Energy Minimization,Ladle Refining,Ld Converter,Local Equilibrium,Reaction Kinetics,Rh-Ob Process,Silicon Arc Furnace,Smelting,Transport Kinetics,Application Programs,Association Reactions,Gibbs Free Energy,Integral Equations,Kinetic Energy,Kinetic Theory,Kinetics,Small Nuclear Reactors,Smelting,Arc Furnaces,Cement Kiln,Equilibrium Reactions,Gibbs Energy Minimization,Ladle Refining,Ld Converters,Local Equilibrium,Transport Kinetic,Reaction Kinetics,Basic Oxygen Furnace,Continuous Casting Moulds,Corex,Finex,Hisarna,Hismelt,Iron Blast Furnace,Ladles,Midrex,Tundishes,Basic Oxygen Converters,Blast Furnaces,Continuous Casting,Fluid Mechanics,Ladles,Molds,Continuous Casting Mould,Corex,Finex,Hisarna,Hismelt,Iron Blast Furnaces,Midrex,Tundishes,Computational Fluid Dynamics,Ccc,Fluid Flows,Heat Transfer,Hsbc,Liquid Metal Feeding Systems,Microstructures In Nnsc,Moving Mold Machines,Nnsc,Solidification,Trc,Tsc,Belts,Continuous Casting,Flow Of Fluids,Heat Transfer,Microstructure,Molds,Solidification,Delivery Systems,Feeding System,Hsbc,Near Net Shape Casting,New Casting Process,Nnsc,Thin Slab Casting,Twin Roll Casting,Casting,Bubbles,Fluids,Foaming,Hydrogen,Kinetics,Bubbles (In Fluids),Enzyme Kinetics,Fluids,Hydrogen,Kinetics,Runway Foaming,Kinetic Factors,Metallurgical Process,Metallurgy,Corrosion,Dissolution,Local Corrosion,Marangoni Effect,Mgo-C,Penetration,Refractory,Steelmaking,Wearing,Wettability,Chemical Operations,Corrosion,Dissolution,Magnesia,Oxide Minerals,Refractory Materials,Refractory Metals,Slags,Steelmaking,Testing,Wear Of Materials,Wetting,Corrosion Mechanisms,Local Corrosion,Marangoni Effects,Penetration,Refractory Corrosion,Slag-Metal Interface,Steelmaking Operation,Wearing,Localized Corrosion,Cfd,Heat Flux Varaiation,Oscillation Marks,Slag Film,Solidification,Steel Shell,Computational Fluid Dynamics,Continuous Casting,Molds,Shells (Structures),Slags,Solidification,Heat Flux Variations,Mold Oscillation,Oscillation Mark,Physical Modelling,Powder Consumption,Slag Films,Steel Shells,Thin Slab Casting,Heat Flux,Gas Shrouding,Single, Two Phase, And Multi-Phase Flow Systems,Vof (Volume Of Fluid),Computational Fluid Dynamics,Inclusions,Inert Gases,Multiphase Flow,Slags,Cfd Technique,Metallurgical Process,Multi-Phase Flow Systems,Simplifying Assumptions,Steel Interfaces,Three-Phase Flow,Vof (Volume Of Fluid),Vof (Volume Of Fluid) Method,Phase Interfaces,Contact Angle,Laplace'S Equation,Surface Tension,Wettability,Contact Angle,Laplace Equation,Laplace Transforms,Surface Tension,Wetting,Capillary Rise,Experimental Methods,Liquid Surface,Maximum Bubble Pressure,Molten Oxides,Pendant Drop,Sessile Drops,Target Materials,Drops,Contact Angle,Smith'S Equation,Surface Roughness,Surface Tension,Wetting,Young'S Equation,Contact Angle,Surface Roughness,Surface Tension,Temperature Distribution,High Temperature,Interfacial Phenomena,Metallurgical Process,Smith'S Equation,Surface And Interfaces,Temperature Dependence,Wetting Phenomenon,Young'S Equation,Wetting,Interfacial Convection,Interfacial Reactions,Marangoni Convection,Solidification And Crystal Growth,Crystal Growth,Crystallization,Heat Convection,Liquids,Solidification,Surface Chemistry,Crystal Growth Process,Interfacial Convection,Interfacial Flows,Marangoni Convection,Material Processing,Material Quality,Metallurgical Processing,Solidification Process,Phase Interfaces,Continuous Steelmaking,Decarburization,Direct Reduced Iron,Electric Arc Furnace,Refractory Protection,Slag Foaming,Slag-Metal Reaction Kinetics,Dealloying,Decarburization,Electric Arcs,Electric Furnace Process,Electric Furnaces,Reaction Kinetics,Refractory Materials,Refractory Metals,Slags,Continuous Steelmaking,Direct-Reduced Irons,Electric Arc Furnace,Metal Reactions,Refractory Protection,Slag Foaming,Steelmaking Furnaces,Degassing,Desulfurization,Direct Ironmaking,Inclusion Removal,Stainless Steelmaking,Degassing,Desulfurization,Flotation,Iron Oxides,Mass Transfer,Optimization,Slags,Steelmaking,Circulation Rates,Desulfurization Rate,Inclusion Removal,Iron Making,Kinetic Principles,Liquid-Phase Mass Transfer,Practical Process,Stainless Steelmaking,Reaction Rates,Continuous Monitoring,Control Strategies,Diagnostic Systems,Knowledge Exchange,Manufacturing,Measurements,Models,Quality Products And Processing,Synergistic Communities,Diagnostic Products,Industrial Research,Knowledge Management,Manufacture,Measurement,Metallurgy,Models,Continuous Monitoring,Control Strategies,Diagnostic Systems,Knowledge Exchange,Quality Product,Quality Control,Continuity And Momentum Equations,Convection,Diffusion,Maxwell'S Equations,Navier-Stokes And The Reynolds Turbulence Equations,Newton'S Second Law Of Motion,Newtonian Fluids,Turbulence,Diffusion,Diffusion In Liquids,Flow Of Fluids,Fluid Mechanics,Heat Convection,Heat Transfer,High Temperature Operations,Liquid Metals,Maxwell Equations,Metals,Newtonian Liquids,Slags,Turbulence,Computational Fluid Mechanics,Electromagnetic Processing,Heat And Mass Transfer,High-Temperature Liquids,Momentum Equation,Newton'S Second Law,Newtonian Fluids,Reynolds,Navier Stokes Equations,Dispersion,Interface Stability,Metal-Slag Emulsion,Dispersion (Waves),Dispersions,Drop Formation,Flow Velocity,Liquids,Metals,Shear Flow,Slags,Dispersed Droplets,Dispersion Medium,Emulsification Process,Immiscible Liquids,Interface Stabilities,Interfacial Areas,Interfacial Flows,Solidification Process,Emulsification,Assimilation,Compact Addition,Dissolution,Exothermic Addition,Ferrous Additions,Liquid-Phase Diffusion,Melting,Nonferrous Additions,Rate Of Recovery,Reaction,Recovery,Dissolution,Liquid Metals,Melting,Metals,Recovery,Assimilation,Compact Addition,Exothermic Addition,Ferrous Additions,Liquid Phase Diffusion,Nonferrous Additions,Reaction,Metal Recovery,Engulfing,Erosion,Interfacial Convection,Separation,Slag Foaming,Solidification,Welding,Drop Formation,Erosion,Heat Convection,Separation,Slags,Solidification,Welding,Engulfing,Interfacial Convection,Interfacial Phenomena,Interfacial Property,Metallic Droplets,Non-Metallic Inclusions,Slag Foaming,Steelmaking Process,Phase Interfaces,Interfacial Free Energy,Interfacial Tension,Liquid Slag,Liquid Steel,Wettability,Drop Formation,Free Energy,Metals,Purification,Slags,Steelmaking,Surface Tension,Wetting,Generation And Growth,Interfacial Free Energy,Interfacial Phenomena,Interfacial Property,Liquid Slags,Liquid Steels,Metallurgical Processing,Non-Metallic Inclusions,Liquids,Dns,Les,Κ-▲ Models Of Turbulence,Flow Patterns,Mass Transfer,Reynolds Number,Turbulence,Computing System,Direct Solution,Heat And Mass Transfer,Impinging Flow,Low Reynolds Number,Numerical Solution,Turbulent Fluids,Turbulent Motion,Navier Stokes Equations,Cfd, Computational Fluid Dynamics,Process Design,Process Optimisation,Fluid Mechanics,Kinetic Parameters,Kinetic Theory,Optimization,Process Design,Thermodynamics,Turbulence Models,Computational Fluid Mechanics,Computing System,Engineering Process,Initial State,Kinetic Constraints,Kinetic Models,Process Optimisation,Species Concentration,Computational Fluid Dynamics,Bubble Size,Foam Index,Foam Stability,Foams,Foams,Bubble Size,Carbon Particle,Foam Stability,Gas Bubble,Slag Foaming,Slags,Gibbs Energy,Interfacial Tension,Surface Tension,Thermodynamics,Gibbs Free Energy,Liquids,Slags,Thermodynamics,Ionic Mixtures,Liquid Alloy,Liquid Steels,Molten Slag,Total Gibbs Energy,Surface Tension,Compound Energy Formalism,Gibbs Energy,Liquid Steel,Metal,Quasichemical Model,Slag,Solid Solutions,Sublattice Model,Gibbs Free Energy,Metals,Solid Solutions,Compound Energy Formalisms,Computer Models,Computer Packages,Gibbs Energy Model,Liquid Steels,Quasi-Chemical Models,Slag Viscosity,Sub-Lattice Model,Slags,Conduction,First Principles Analysis,Heat Transfer,Solidification,Heat Conduction,Heat Transfer,Liquid Metals,Metals,Molds,Solidification,Cooling Liquid,First Principles,Heat Transfer Analysis,Metal Substrate,Points Of Contact,Recent Researches,Solidified Shell Thickness,Thermal Contact,Metal Analysis,0,High Temperature,Interfacial Phenomena,Inclusion,Nonferrous,Refractories,Slag/Metal Reaction,Steelmaking Process,Inclusions,Refractory Materials,Slags,Complex Chemical Reactions,Computational Thermodynamics,Nonferrous,Steelmaking Process,Pyrometallurgy,Bubble Bursting,Bubble Instability,Bubbles,Froude Similarity,Jets,Modeling,Plumes,Jets,Models,Bubble Bursting,Bubble Growth,Bubble Size,Computer Modeling And Physical Modeling,Froude Similarity,Gas Stirring,Mixing Time,Plumes,Bubbles (In Fluids),0,Metallurgical Process,0,Metallurgical Process,Calphad,Software And Database,Solution Thermodynamics,Thermodynamic Model,Thermodynamic Properties,Calculation Of Phase Diagrams,Calphad,Calphad Method,Solution Thermodynamics,Thermodynamic Model,Phase Equilibria,0,Thermodynamics,Computational Thermodynamics,Application Programs,0,0,0,0
学科：TG1 金属学与热处理
语种：英语
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