High-temperature Interactions of Alumina-Carbon Refractories with Molten Iron
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概要
- 論文の詳細を見る
- 2010-06-15
著者
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Ikram-ul-Haq Muhammad
Centre for Sustainable Materials Research and Technology, School of Materials Science and Engineerin
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Khanna Rita
Centre for Sustainable Materials Research and Technology, School of Materials Science and Engineerin
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Koshy Pramod
Centre for Sustainable Materials Research and Technology, School of Materials Science and Engineerin
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Sahajwalla Veena
Centre for Sustainable Materials Research and Technology, School of Materials Science and Engineerin
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Khanna Rita
Centre For Sustainable Materials Res. And Technol. School Of Materials Sci. And Engineering The Univ
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Khanna Rita
School Of Materials Science And Engineering The University Of New South Wales
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Koshy Pramod
Centre For Sustainable Materials Research And Technology School Of Materials Science And Engineering
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Khanna Rita
Centre For Sustainable Materials Research And Technology School Of Materials Science And Engineering
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Ikram-ul-haq Muhammad
Centre For Sustainable Materials Research And Technology School Of Materials Science And Engineering
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Sahajwalla Veena
Centre For Sustainable Materials Research And Technology School Of Materials Science And Engineering
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Sahajwalla Veena
Centre For Sustainable Materials Research And Technology (smart@unsw) School Of Materials Science An
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Koshy Pramod
Centre For Sustainable Materials Research And Technology (smart@unsw) School Of Materials Science An
関連論文
- High-temperature Interactions of Alumina–Carbon Refractories with Molten Iron
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- Influence of Mineral Matter on Carbon Dissolution from Metallurgical Coke into Molten Iron : Interfacial Phenomena
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- The Influence of Ash Impurities on Interfacial Reactions between Carbonaceous Materials and EAF Slag at 1550℃
- High-temperature Interactions of Alumina-Carbon Refractories with Molten Iron
- Role of Ash Impurities in the Depletion of Carbon from Alumina-Graphite Mixtures in to Liquid Iron
- Kinetic Study of Factors Affecting in Situ Reduction of Silica in Carbon-Silica Mixtures for Refractories
- Carbon Dissolution Occurring during Graphite-Ferrosilicon Interactions at 1550℃
- Degradation Behaviour of a High CSR Coke in an Experimental Blast Furnace : Effect of Carbon Structure and Alkali Reactions
- Dynamic Wetting of Graphite and SiC by Ferrosilicon Alloys and Silicon at 1550℃
- Effect of Carbonisation Conditions on Mineral Matter in Coke
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- Combustion of Agricultural Waste and Coke Blends during High Temperature Processes : Effect of Physical, Chemical and Surface Properties
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- Structural Transformation of Agricultural Waste/Coke Blends and Their Implications during High Temperature Processes
- Chemical Interactions in Al2O3–C/Fe System at 1823 K: Implications for Refractory Recycling
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- Recycling Waste Polymers in EAF Steelmaking : Influence of Polymer Composition on Carbon/Slag Interactions
- Recycling of end-of-life Melamine at 1600℃ for Carbon Dissolution into Liquid Iron
- SiC and Ferro-silicides Formation in Tuyere Cokes
- Carbothermic Reduction of Alumina at 1823K in the Presence of Molten Steel : a Sessile Drop Investigation
- Interfacial Reactions between Coke/HDPE Blends and High Carbon Ferromanganese Slag
- Chemical Interactions in Al_2O_3-C/Fe System at 1823K : Implications for Refractory Recycling
- SiC and Ferro-silicides Formation in Tuyere Cokes
- Interfacial Reactions between Coke/HDPE Blends and High Carbon Ferromanganese Slag
- Reduction Reactions in Al2O3–C–Fe and Al2O3–Fe2O3–C Systems at 1823 K