Linked from

The 12 pages that link to Iron(II) oxide, each with the reason it gives.

• Iron oxideBroader topic: It is the simplest common iron oxide by oxidation state, though its composition is often nonstoichiometric.

• MagnetiteCompared with: Wüstite has a simpler iron-to-oxygen ratio and lacks magnetite’s mixed-valence composition.

• Iron(III) oxideCompared with: Its lower iron oxidation state contrasts with the +3 state in Fe₂O₃.

• Iron(II)Broader topic: It is a simple solid compound built from iron(II) and oxide ions.

• Iron(III)Compared with: It contrasts with Fe₂O₃ in iron valence, stoichiometry, and typical color.

• ChromiteRelated: Ferrous iron occupies a major structural site in ideal chromite.

• Iron(II) hydroxideRelated: Heating iron(II) hydroxide can remove water and form iron(II) oxide.

• FayaliteRelated: Ferrous iron occupies fayalite’s metal sites.

• Iron(II,III) oxideCompared with: Its single iron valence contrasts with magnetite's mixed-valence composition.

• Cobalt(II) oxideCompared with: FeO is a related monoxide whose composition and defect chemistry differ from CoO.

• Non-stoichiometric compoundBroader topic: It is a canonical oxide whose iron deficiency is expressed through lattice defects.

• Telluric ironRelated: Iron-bearing assemblages involving wüstite help constrain the low oxygen availability associated with metallic iron.