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SASAKI, YASUSHI (Sasaki Yasushi)

Graduate Institute of Ferrous Technology(철강대학원)

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REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||REDUCTION:6||BEHAVIOR:5||carburization:4||BLASTFURNACE:3||CARBURIZATION:3||SIMULATION:3||CARBON:3||high nitrogen stainless steel:2||nitrogenalloying:2||MELTING BEHAVIOR:2||ORE PELLET:2||MOLECULARDYNAMICS:2||CONVERTER:2||Cementite:2||dicalcium ferrite:2||MODEL:2||cementite:2||ABSORPTION:2||gas injection:2||reaustenitizing:2||novel iron making process:2||smelting reduction:2||mixing time:2||solute drag effect:2||GROWTH:2||DIOXIDE:2||TGA:2||IRONORE SINTER:2||steelmaking:2||decarburization:2||nickelfree austenitic stainless steel:2||oxygen potential:2||iron carburization:2||BOUNDARY MOTION:2||ORE PELLETS:2||TEMPERATURE:2||REDUCED IRON:2||sinter ore:2||NH3 solid solution nitriding:2||PRODUCT LAYER:2||grain refinement:2||monocalcium ferrite:2||KINETICS:2||MATHEMATICALMODEL:2||Casting:1||simulation:1||Pore structure:1||Anisotropy:1||Fe3C:1||IRON CARBIDE:1||STABILITY:1||mathematical model:1||FLOWS:1||slag wetting:1||molten iron oxide:1||free surface:1||MASSSPECTROMETRIC DETERMINATION:1||quadratic formalism:1||interaction parameter:1||phase equilibria:1||deoxidation:1||COAGULATION:1||running coordination number:1||agitation:1||WATER BATH:1||CASTIRON:1||STEEL:1||NG:1||carbon deposition:1||reduction of iron ore:1||BLENDS:1||confocal laser scanning microscope:1||MIXTURE:1||compression test:1||porosity:1||HEMATITE:1||MAGNETITE:1||confocal laser microscope:1||combined with infrared image furnace:1||THERMODYNAMICS:1||fractal:1||STEELS:1||Coke strength:1||FE3C:1||carburization of iron:1||hydrogen introduction into blast furnace:1||blast furnace:1||COMBUSTION:1||coke ash:1||pore:1||insitu observation:1||confocal laser microscope combined with infrared image furnace:1||phase relation:1||metallic phosphorous gas:1||carbothermic reduction:1||P2O5:1||clustercluster aggregation:1||fractal dimension:1||top lance:1||strip casting:1||Cast iron sheet:1||modeling:1||Discrete element method:1||MECHANICS:1||high pressure reaction:1||EAF steelmaking:1||GASMIXTURES:1||STRESSRELAXATION BEHAVIOR:1||smelting of iron:1||RACEWAY:1||CO2:1||AOD process:1||coke strength:1||cleavage test:1||CaOAl2O3FetOP2O5 system:1||slag:1||municipal sewage sludge:1||SLAG:1||Ti deoxidation equilibrium:1||QUADRATIC FORMALISM:1||OXYGEN:1||molecular dynamics simulation:1||GLASSES:1||COG:1||sintering:1||WETTABILITY:1||coal injection:1||HEAT:1||swirl motion:1||JET:1||phase field method:1||tensile test:1||SIZE:1||Marangoni flow:1||LIQUIDIRON:1||melting rate:1||PARTICLES:1||electron backscatter diffraction:1||DIFFUSIONLIMITED AGGREGATION:1||F ions:1||SITES:1||BUBBLING JET:1||white cast iron:1||carbon diffusion:1||Modelling:1||Fuels:1||slag separation:1||3D DEM:1||surface tension:1||phosphorus:1||two liquid phase:1||phosphorus gasification:1||RedlichKister polynomial:1||titanium oxides:1||NICO ALLOYS:1||MOLTEN FE:1||MELTS:1||clustering:1||polymerization:1||FLUORINE:1||solidstate steelmaking:1||Solid state steelmaking:1||Gaseous decarburisation:1||Sintering:1||multiphase flow:1||Tensile strength:1||LIQUID BRIDGE:1||multiphase flow:1||REACTIVITY:1||carbon composite iron ore:1||CO dissociation:1||solutal Marangoni flow:1||incineration:1||NUMERICALANALYSIS:1||TITANIUMOXIDES:1||SI DEOXIDATION:1||chainlike inclusion:1||VISCOSITY:1||gaseous decarburization:1||ALLOYS:1||Multiphase flow:1||METALLURGICAL COKE:1||STRENGTH:1||SULFUR:1||TRACES:1||charcoal injection:1||FLOW:1||iron melting initiation:1||INTERFACIAL PROPERTIES:1||COAL:1||direct reduction:1||INTERFACIAL REACTION:1||phosphorous oxide gas:1||thermodynamics:1||METALLIC SOLUTIONS:1||inclusion:1||

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