Linked from

The 12 pages that link to Diamagnetism, each with the reason it gives.

• Magnetic susceptibilityBroader topic: Its negative susceptibility identifies the induced, opposing response.

• FerromagnetismCompared with: It arises without the persistent spontaneous order characteristic of ferromagnetism.

• MagnetizationCompared with: Its induced magnetization opposes the applied field, unlike spontaneous ferromagnetic order.

• ParamagnetismCompared with: Unlike paramagnetism, it produces weak repulsion and occurs in all materials.

• Magnetic levitationRelated: Strong diamagnetism can provide passive repulsion and stable levitation in suitable field gradients.

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

• Magnetic separationRelated: Diamagnetic particles are weakly repelled, producing a response unlike strongly attracted feed components.

• Meissner effectRelated: Superconductors display an especially strong diamagnetic response when they expel flux.

• MagnetismBroader topic: It is the universal, usually subtle response that opposes an external field.

• Permanent magnetCompared with: It does not produce the persistent, strong field characteristic of a permanent magnet.

• Vacuum permeabilityCompared with: Its material response differs from the fixed vacuum reference μ₀.

• Magnetic systemsCompared with: It contrasts with materials whose moments align with an applied field.