Linked from

The 13 pages that link to Ferrimagnetism, each with the reason it gives.

• FerromagnetismCompared with: It retains net magnetization through a different pattern of opposing moments.

• MagnetizationCompared with: Unequal opposing moments leave a nonzero net magnetization.

• MagnetiteNarrower topic: Unequal opposing iron-ion moments give magnetite its strong net magnetization.

• AntiferromagnetismCompared with: Unequal opposing moments distinguish ferrimagnets from ideally compensated antiferromagnets.

• SuperparamagnetismCompared with: Many superparamagnetic nanoparticles are ferrimagnetic internally despite fluctuating as whole particles.

• MagnetismBroader topic: It combines opposing sublattices with a nonzero overall magnetic response.

• MaghemiteNarrower topic: Unequal opposing sublattice moments give maghemite its strong net magnetic response.

• Spinel groupRelated: Unequal opposing moments in some iron-bearing members create strong magnetism.

• Iron(II,III) oxideNarrower topic: Unequal opposing iron sublattices give magnetite its strong net magnetization.

• Spontaneous magnetizationCompared with: It produces spontaneous net magnetization through unequal opposing sublattices.

• Hopkinson effectRelated: Ferrites can show a Hopkinson peak near their Curie transition.

• Louis NéelBroader topic: Néel distinguished this form of order from antiferromagnetism in unequal magnetic sublattices.

• Magnetic systemsCompared with: It combines opposing sublattices with a net moment, unlike ideal antiferromagnetism.