Linked from

The 23 pages that link to Magnetite, each with the reason it gives.

• Iron oreBroader topic: Magnetite deposits can yield high-grade concentrate after beneficiation.

• SerpentinizationRelated: Magnetite can form as iron is redistributed during serpentinization.

• Iron oxideBroader topic: Its mixed valence gives this iron oxide distinctive magnetic and electrical behavior.

• HematiteCompared with: Its composition and strong magnetism distinguish it from hematite.

• MagnetoreceptionRelated: Magnetite-based particles could exert mechanical forces that activate sensory cells.

• MagnetostratigraphyRelated: Magnetite grains often carry the remanent signal used to determine polarity.

• FerrimagnetismBroader topic: Magnetite is a classic ferrimagnet with unequal iron-ion sublattice moments.

• SkarnBroader topic: Magnetite is abundant in many iron skarns and can aid geophysical exploration.

• Iron(II)Related: Its mixed valence shows iron(II) coexisting with iron(III) in one mineral.

• Iron(II) oxideCompared with: Magnetite is a common neighboring oxide with mixed iron valence.

• IronmakingBroader topic: Magnetite is another important iron-bearing feedstock, often concentrated before use.

• Magneto-optic effectRelated: Its magnetic order gives rise to measurable magneto-optic spectral signatures.

• RustRelated: It can form in oxygen-poor regions beneath or within corrosion layers.

• MaghemiteCompared with: Unlike maghemite, magnetite contains both iron(II) and iron(III).

• Oxide mineralBroader topic: Its magnetic behavior makes magnetite a distinctive oxide-mineral example.

• SerpentiniteRelated: Iron released during serpentinization can form magnetite and generate hydrogen.

• HedenbergiteRelated: Magnetite commonly occurs alongside hedenbergite in iron skarns.

• Spinel groupBroader topic: Its inverse-spinel structure makes it a prominent magnetic group member.

• FayaliteCompared with: It is an iron-rich alteration product, not an iron silicate like fayalite.

• Iron(II,III) oxideBroader topic: This mineral is the naturally occurring form of iron(II,III) oxide.

• LimoniteCompared with: Its fixed mineral identity and magnetic behavior contrast with limonite’s variable mixtures.

• Magnetic fluid (ferrofluid)Related: Magnetite nanoparticles are a common magnetic material used in ferrofluid formulations.

• Rock magnetismBroader topic: Its abundance and strong magnetic response make it a major carrier of rock magnetization.