Rate of reduction of ore-carbon composites: Part II. Modeling of reduction in extended composites

Engineering & Materials Science

• Charcoal 100%
• Ores 82%
• Wood 66%
• Carbon 54%
• Composite materials 42%
• Reaction rates 32%
• Heat transfer 29%
• Iron 26%
• Coal 23%
• Iron oxides 18%
• Furnaces 12%
• Oxidation 12%
• Temperature 11%

Physics & Astronomy

• pellets 73%
• minerals 71%
• charcoal 65%
• carbon 48%
• composite materials 44%
• heat transfer 21%
• coal 19%
• shrinkage 18%
• reaction kinetics 16%
• hearths 13%
• iron 12%
• kinetics 10%
• energy sources 10%
• iron oxides 9%
• furnaces 8%
• baths 8%
• thermal conductivity 7%
• oxidation 6%
• temperature 5%

Chemical Compounds

• Pellet 71%
• Charcoal 52%
• Composite Material 36%
• Reduction 33%
• Heat Transfer 29%
• Coal 17%
• Hearth 14%
• Thermal Conductivity 8%
• Iron Oxide 8%
• Surface Area 5%
• Energy 4%
• Carbon Atom 4%
• Oxidation Reaction 4%
• Time 3%