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Preface; Contents; About the Editors; Energy Efficient Clean Metallurgical Technology; 1 Flash Ironmaking from Magnetite Concentrate in a Laboratory Reactor: Experimental and CFD Work; Abstract; Introduction; Experimental Work; Results and Discussion; Reduction Kinetics Determination; CFD Simulation of Laboratory Scale Flash Reactor; Acknowledgments; References; 2 Synthesis of Chromite for Subsequent Carburization by Methane-Hydrogen Gas Mixture; Abstract; Introduction; Experimental Details; Apparatus; Chromite Solid Solution Synthesis; Analyses; Pelletizing and Sintering.
Results and DiscussionProduct Appearance; X-Ray Diffraction Analysis; SEM Imaging, EDS and XPS Analysis; Conclusions; Acknowledgements; References; 3 Effects of Hydrogen-Enriched Reduction on Metallurgical Properties of Iron-Bearing Burdens Under BF Operation with COG Injection; Abstract; Introduction; Simulated and Experimental Schemes; Effects of COG Injection on Reduction of Mixed Burdens; Reduction Swelling Behaviors of Pellets Under COG Injection; Softening-Melting Properties of Mixed Burdens Under COG Injection; Results and Discussion.
Effects of COG Injection on Reduction of Mixed BurdensDistribution of Solid Temperature and in-Furnace Hydrogen Concentration; Ratios of H2 Reduction Involving in the Whole Indirect Reduction; Effects of COG Injection on Reaction Rate of Wustite by H2 Reduction; Effects of COG Injection on Reduction Degree of Mixed Burdens; Reduction Swelling Behaviors of Pellets Under COG Injection; Softening-Melting Properties of Mixed Burdens Under COG Injection; Softening Property of Mixed Burdens; Melting Property of Mixed Burdens; Gas Permeability of Mixed Burdens; Conclusions; Acknowledgements.
6 Synthesis of Carbide Ceramics via Reduction of Adsorbed Anions on an Activated Carbon MatrixAbstract; Introduction; Experimental Procedure; Anion Adsorption; Adsorption Optimization and Scale-up Experimentation; Ceramic Carbide Synthesis; Results and Discussion; Adsorption; Carbide Synthesis; Conclusions; Acknowledgements; Simulation of High Temperature Process; 7 A CFD Based Algorithm for Kinetics Analysis of the Reduction of Hematite Concentrate by H2 + CO Mixtures in a Drop Tube Reactor; Abstract; Introduction; Experimental Work; Mathematical Model; Governing Equation; Algorithm.
Results and DiscussionProduct Appearance; X-Ray Diffraction Analysis; SEM Imaging, EDS and XPS Analysis; Conclusions; Acknowledgements; References; 3 Effects of Hydrogen-Enriched Reduction on Metallurgical Properties of Iron-Bearing Burdens Under BF Operation with COG Injection; Abstract; Introduction; Simulated and Experimental Schemes; Effects of COG Injection on Reduction of Mixed Burdens; Reduction Swelling Behaviors of Pellets Under COG Injection; Softening-Melting Properties of Mixed Burdens Under COG Injection; Results and Discussion.
Effects of COG Injection on Reduction of Mixed BurdensDistribution of Solid Temperature and in-Furnace Hydrogen Concentration; Ratios of H2 Reduction Involving in the Whole Indirect Reduction; Effects of COG Injection on Reaction Rate of Wustite by H2 Reduction; Effects of COG Injection on Reduction Degree of Mixed Burdens; Reduction Swelling Behaviors of Pellets Under COG Injection; Softening-Melting Properties of Mixed Burdens Under COG Injection; Softening Property of Mixed Burdens; Melting Property of Mixed Burdens; Gas Permeability of Mixed Burdens; Conclusions; Acknowledgements.
6 Synthesis of Carbide Ceramics via Reduction of Adsorbed Anions on an Activated Carbon MatrixAbstract; Introduction; Experimental Procedure; Anion Adsorption; Adsorption Optimization and Scale-up Experimentation; Ceramic Carbide Synthesis; Results and Discussion; Adsorption; Carbide Synthesis; Conclusions; Acknowledgements; Simulation of High Temperature Process; 7 A CFD Based Algorithm for Kinetics Analysis of the Reduction of Hematite Concentrate by H2 + CO Mixtures in a Drop Tube Reactor; Abstract; Introduction; Experimental Work; Mathematical Model; Governing Equation; Algorithm.