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JUNG, SUNGMO (정성모)

Graduate Institute of Ferrous Technology(철강대학원)

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inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||inclusion:4||CARBON:4||refractory:3||sinter ore:3||HEMATITE:3||INCLUSIONS:3||viscosity:3||COAL:3||LIQUIDIRON:3||FEO:3||quantification:3||GROWTH:3||IRONORE SINTER:3||carburization:3||ironmaking:2||nickelfree austenitic stainless steel:2||oxygen potential:2||hot thermocouple:2||PELLETS:2||FLOW:2||IRON:2||BOUNDARY MOTION:2||SULFUR:2||PHOSPHORUS:2||monocalcium ferrite:2||OPTIMIZATION:2||TTT diagram:2||BOF slags:2||titania spinel:2||KINETICS:2||grain refinement:2||MGODOPED FE2O3:2||PRODUCT LAYER:2||MANGANESE:2||NH3 solid solution nitriding:2||MOLD:2||MNO:2||STEEL:2||direct reduced iron (DRI):2||MIXTURES:2||Velocity:2||Transport:2||Acceleration:2||INTERFACIAL KINETICS:2||THERMODYNAMICS:2||high nitrogen stainless steel:2||nitrogenalloying:2||ladle glaze:2||PHOSPHATE:2||basicity:2||heat treatment cycle:2||INSITU OBSERVATION:2||carbothermic reduction:2||kinetics:2||CARBONMONOXIDE:2||dicalcium ferrite:2||THERMOCOUPLE TECHNIQUE:2||OXYGEN:2||calibration standards:2||cementite:2||optical basicity:2||ABSORPTION:2||Fact Sage:2||CRITICAL THERMODYNAMIC EVALUATION:2||slag crystallization:2||GASIFICATION:2||ratecontrolling step:2||PIPE:2||magnesium aluminate spinel:2||BLASTFURNACE SLAGS:2||reaustenitizing:2||activity:2||MgO solubility:2||semikilled steel:2||SYSTEM:2||Pneumatic:2||CO:2||NITROGEN:2||TIO2:2||solute drag effect:2||DIOXIDE:2||COREX process:2||GRAPHITE:2||activity coefficient:2||TGA:2||LADLE TREATMENT:2||Solid:2||XRF spectrometry:2||TiO2:2||hearth wear:2||VISCOSITY:2||decarburization:2||particle size:1||CARBONOXYGEN REACTION:1||borate fusion:1||fractional reduction:1||metal composite pellet:1||GASEOUS REDUCTION:1||BEHAVIOR:1||METAL:1||copper sulfide:1||FLUX:1||SN:1||MGO:1||calibration:1||THERMOGRAVIMETRY:1||Silicates:1||Crystallization mechanisms:1||Refractory:1||quadruple mass spectrometry (QMS):1||REDUCED IRON:1||OXIDATION:1||dissociation:1||pore diffusion:1||MAGNETITE:1||molten steel:1||surface dissolution:1||SILICON:1||interaction coefficient:1||OXIDE:1||cuprous sulfide capacity:1||slag basicity:1||STEELMAKING SLAGS:1||calcium fluoride:1||DEPHOSPHORIZATION TREATMENT:1||BRIQUETTES:1||FACING PAIR:1||FLUIDIZEDBED REDUCTION:1||molar ratio of carbon to oxygen:1||GibbsThompson effect:1||quadruple mass spectrometry:1||EXCHANGEREACTION:1||supersaturation degree:1||LIQUID STEEL:1||M M=C:1||DEOXIDATION:1||calcium ferrite:1||prereduced iron ore:1||reduction shaft furnace:1||chlorine:1||standards:1||MECHANISM:1||adsorption:1||isotope exchange technique:1||ORE:1||CAO AND/OR MGO:1||MOLTEN IRON:1||SLAG:1||magnesia capacity:1||zinc:1||XRF:1||stainless steelmaking slags:1||NA2CO3:1||MODEL:1||CHAR:1||Crystallization:1||Isotherms:1||Morphology:1||Cooling:1||CAO:1||Surface roughness:1||INTERFACE:1||FeMo alloys:1||NUCLEATION:1||CRYSTALSTRUCTURE:1||hydrogen:1||iron oxide:1||11731473 K:1||iron:1||SATURATED MOLTEN IRON:1||SILICATE MELTS:1||BLASTFURNACE:1||calcium oxide:1||ALUMINA:1||SILICA:1||Slags:1||Crystalline phasis:1||COMPACTS:1||titanomagnetite:1||Inclusion:1||carbon gasification:1||preoxidation:1||MELTS:1||SUPERSATURATION:1||quaternary diagram:1||SFCA phase:1||IRONCHROMIUM ALLOYS:1||REDUCED PRESSURES:1||Boudouard reaction:1||oxysulfide:1||MANGANESE EQUILIBRIUM:1||ORES:1||Calcium ferrite:1||Nonisothermal condition:1||IRONOXIDES:1||PRESSURES:1||VACUUM:1||rate limiting step:1||NITROGEN REACTION:1||DECARBURIZATION:1||STEPWISE REDUCTION:1||HEMATITE COMPACTS:1||adsorption coefficient:1||DESORPTION:1||activation energy:1||atmospheric He mode:1||CU:1||REMOVAL:1||EinsteinRoscoe equation:1||dicalcium silicate (2CaO center dot SiO2) saturation:1||fused glass disc:1||OOLITIC HEMATITE:1||MAGNETIC SEPARATION:1||REDUCING IRONOXIDE:1||Cooling rates:1||Dicalcium silicate:1||STICKING:1||thermogravimetric analysis:1||ALLOYS:1||surface roughness:1||STRENGTH:1||metallization:1||reduction:1||mixed control:1||nitrogen:1||isotope exchange reaction:1||RATES:1||electroplating solutions:1||fraction of solid phases:1||FURNACE TYPE SLAGS:1||BINARY:1||fluorine:1||COAL MIXED PELLETS:1||SODIUMCARBONATE:1||REDUCTION:1||COUPLING PHENOMENON:1||GASANALYSIS:1||Crystallization behavior:1||

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