Jul. 2006

Contents

• Remarks on Special Issue on Ironmaking(62KB)
• Development of Ironmaking Technology(3,769KB)
• Prospects of Iron and Steel Production and Progress of Blast Furnace Route in China(433KB)
• Marra Mamba Ore, Its Mineralogical Properties and Evaluation for Utilization(3,370KB)
• High-productivity Operation of Commercial Sintering Machine by Stand-support Sintering(927KB)
• Quality Improvement of Sintered Ore in Relation to Blast Furnace Operation Development of Dry-cleaned and Agglomerated(557KB)
• Pre-compaction System (DAPS) for Metallurgical Cokemaking(826KB)
• Coal Blending Theory for Dry Coal Charging Processes(641KB)
• Evaluation of Coal Properties Using High Temperature in-situ NMR Imaging Method(699KB)
• Analysis of Thermal Decomposition Behavior of Coals Using High Temperature Infrared Spectrophotometer System(202KB)
• Carbon Deposition Mechanism in Coke Oven Chamber - Influence of Fine Particles on Formation Rate of Carbon Deposits -(402KB)
• Development of Diagnosis/Repair Apparatus for Coke Oven Chamber Wall(5,881KB)
• Development of Waste Plastics Recycling Process Using Coke Oven(1,286KB)
• Inner Profile and Burden Descent Behavior in the Blast Furnace(2,371KB)
• Development of Mathematical Model of Blast Furnace(1,115KB)
• Development of the Visualizing Information Technique of Blast Furnace Operation(1,505KB)
• Improvement of Blast Furnace Reaction Efficiency by Temperature Control of Thermal Reserve Zone(213KB)
• Improvement in Blast Furnace Reaction Efficiency Through the Use of Catalyst-doped Highly Reactive Coke(221KB)
• Floating/Sinking of Deadman and Liquid Flow Behavior in Blast Furnace Hearth(903KB)
• Investigation of Used Carbon Blocks for Blast Furnace Hearth and Development of Carbon Blocks with High Thermal Conductivity and High Corrosion Resistance(1,269KB)
• Latest Blast Furnace Relining Technology at Nippon Steel(1,451KB)
• Blast Furnace Ironmaking Process Using Pre-reduced Iron Ore(197KB)
• Fine Ore Injection into Blast Furnace through Tuyeres(272KB)
• Dust Recycling System by the Rotary Hearth Furnace(2,690KB)