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Bibliographic record
- Authors: Kubaschewski, O.; Alcock, C.B.
- Year: 1979
- Identifier:
ISBN:0080208975 - URL: https://books.google.com/books?id=OXNNAQAAIAAJ
- Snapshot sha256:
695c79afa2a84e6fee687ea185a16e1f7033f0a8acac1c6f54916f0a94f706d5 - Accessed: 2026-05-26
- Tier: primary
Cited by (9 claims)
- Wüstite is thermodynamically unstable below approximately 570–575°C at 1 atm; below this temperature it dis…
- Magnetite (Fe₃O₄) is reduced to wüstite (FeO) by CO above approximately 570°C: Fe₃O₄ + CO → 3FeO + CO₂.
- The Boudouard reaction (CO₂ + C → 2CO) is the primary mechanism by which charcoal generates the CO reductan…
- Magnetite contains approximately 72.4 wt% Fe in the stoichiometric compound.
- Reduction zone temperature is approximately 1100–1300 °C during active smelting, below iron’s melting point…
- In a charcoal- or coke-charged iron smelting furnace, the Boudouard reaction continuously regenerates CO fr…
- Wüstite is the final oxide intermediate before metallic iron in the direct reduction sequence (Fe₂O₃ → Fe₃O…
- Iron oxide reduction in the blast furnace occurs in three temperature-dependent steps: Fe₂O₃→Fe₃O₄ (200–700…
- The Boudouard reaction (CO₂ + C → 2CO) is thermodynamically favored above approximately 700 °C and strongly…