Linked from

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

• Rare-earth elementRelated: Unpaired 4f electrons give many rare-earth ions strong paramagnetic behavior.

• Magnetic susceptibilityBroader topic: Its positive susceptibility reflects partial alignment of magnetic moments.

• FerromagnetismCompared with: Unlike ferromagnets, paramagnets lack spontaneous magnetization.

• Curie temperatureCompared with: It is the disordered magnetic state above a ferromagnet’s Curie temperature.

• Magnetic domainCompared with: It does not sustain the spontaneous ordered regions typical of ferromagnetic domains.

• MagnetizationCompared with: It produces field-dependent magnetization without persistent spontaneous order.

• Electron paramagnetic resonanceNarrower topic: EPR-active samples are paramagnetic because they contain unpaired spins.

• AntiferromagnetismCompared with: Above the ordering temperature, many antiferromagnets become paramagnetic.

• Magnetic permeabilityBroader topic: It typically produces a relative permeability slightly above one.

• SuperparamagnetismCompared with: Superparamagnetic particles respond similarly but carry much larger, collective moments.

• Magnetic separationRelated: Paramagnetic minerals can be captured when the field and its gradient are sufficiently strong.

• FerrimagnetismCompared with: Paramagnets lack the persistent spontaneous order present in ferrimagnetic materials.

• Hund's rulesRelated: The first rule's preference for unpaired parallel spins often predicts atomic magnetic moments.

• DiamagnetismCompared with: Paramagnetic alignment reinforces the field rather than opposing it.

• MagnetismBroader topic: It contrasts induced alignment with persistent magnetic order.

• Liquid oxygenRelated: Unpaired electrons make liquid oxygen visibly attracted to strong magnetic fields.

• Curie–Weiss law (magnetism)Narrower topic: The law characterizes susceptibility in the paramagnetic regime.

• HolmiumNarrower topic: Unpaired electrons make isolated holmium atoms and ions strongly paramagnetic.

• Curie's lawNarrower topic: Curie's law describes the temperature dependence of this magnetic response.

• Spontaneous magnetizationCompared with: A paramagnet lacks persistent spontaneous magnetization in zero field.

• Triplet oxygenRelated: Oxygen’s unpaired electrons make triplet oxygen paramagnetic.

• Magnetic fluid (ferrofluid)Compared with: Ferrofluid particles can show strong collective responses that exceed the behavior of ordinary paramagnetic liquids.

• Magnetic systemsCompared with: Unlike ordered magnets, paramagnets lose their induced alignment when the field is removed.

• William GiauqueRelated: Paramagnetic salts served as the refrigerants in Giauque’s low-temperature experiments.