Linked from

The 24 pages that link to Magnetic domain, each with the reason it gives.

• Magnetic susceptibilityRelated: Domain alignment and motion make ferromagnetic susceptibility large and often nonlinear.

• FerromagnetismBroader topic: Ferromagnets divide into domains to reduce magnetic energy.

• Magnetic hysteresisBroader topic: Hysteresis develops as domains grow, shrink, and reorient under changing fields.

• Curie temperatureBroader topic: Domains organize the material’s magnetization below its Curie temperature.

• MagnetizationBroader topic: Domain alignment and wall motion change a material’s net magnetization.

• Magnetic anisotropyRelated: Anisotropy helps determine which directions domain magnetization adopts.

• SuperparamagnetismNarrower topic: The nanoparticles of interest are small enough to behave as single domains.

• MagnetismBroader topic: Domain formation explains how strong local alignment can coexist with low net magnetization.

• Neodymium magnetNarrower topic: The magnet’s macroscopic field arises from many aligned magnetic domains.

• Permanent magnetBroader topic: Permanent magnets retain a net field when many domains remain aligned.

• Magnetic tapeBroader topic: Recorded patterns alter the alignment of domains within the tape's coating.

• Rare-earth magnetRelated: Permanent magnetization requires domains to remain aligned after the external field is removed.

• Magnetic circuitBroader topic: Domain changes help explain why core permeability varies with magnetization.

• Magneto-optic effectRelated: Domain boundaries and orientations produce contrast in magneto-optic images.

• Thermoremanent magnetizationBroader topic: Domain configurations determine how remanence develops as mineral grains cool.

• Magnetic sensorBroader topic: Domain changes underlie the response of several magnetic sensing materials.

• Magnetic storageRelated: Aligned regions provide the physical magnetic states used in recording.

• Spontaneous magnetizationBroader topic: Domains can let a specimen have near-zero net magnetization despite local spontaneous order.

• Hopkinson effectRelated: Domain-wall motion can contribute strongly to permeability as heating makes walls easier to move.

• Louis NéelRelated: Néel proposed that ferromagnets divide into domains, reducing their external magnetic field.

• Magnetic systemsBroader topic: Domain formation lets a material reduce its magnetic energy while retaining local order.

• Magnetic techniquesBroader topic: Domain arrangement governs how many ferromagnetic materials respond to fields.

• Methods in magnetismBroader topic: Domain structure is a target of imaging methods and explains measured bulk behavior.

• Rock magnetismBroader topic: Domain structure helps determine whether grains acquire stable or easily altered remanence.