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The 30 pages that link to Magnetic flux, each with the reason it gives.

• Magnetic fieldRelated: Changes in flux connect magnetic fields to induced voltage.

• SuperconductivityRelated: Flux expulsion and flux quantization describe superconductors' distinctive interaction with magnetic fields.

• Electromagnetic inductionBroader topic: A change in this quantity is the condition that drives induction.

• TransformerRelated: Changing flux through a winding is the direct source of induced voltage.

• Faraday's law of inductionBroader topic: Its change through a loop determines the induced electromotive force.

• Magnetic reconnectionRelated: Reconnection changes how magnetic flux is connected between regions.

• Electric generatorRelated: Generator voltage arises when rotor motion changes flux through windings.

• Electromotive forceBroader topic: Its change is the quantity whose rate determines induced EMF.

• InductorRelated: Current changes alter the magnetic flux linked with an inductor's coil.

• Meissner effectRelated: The effect concerns the expulsion of this quantity from the superconducting interior.

• InductanceRelated: Inductance connects current to the magnetic flux linked with a circuit.

• Induction motorRelated: Changes in flux through rotor conductors generate their induced electromotive force.

• ElectromagnetRelated: Flux through the core and air gap describes the useful magnetic output of an electromagnet.

• Current transformerRelated: Changing flux in the core induces voltage in the secondary winding.

• Electric fluxCompared with: It has the same mathematical form, but measures magnetic rather than electric fields.

• Lenz's lawBroader topic: The change in this quantity sets the direction of the induced response.

• Aharonov–Bohm effectRelated: Enclosed flux determines the phase shift even when the paths encounter no field.

• Gauss's law for magnetismRelated: The law states that magnetic flux sums to zero over every closed surface.

• Magnetic circuitRelated: It is the quantity a magnetic circuit models as flowing through its paths.

• Magnetic vector potentialRelated: Its value through a surface equals the circulation of the potential around the boundary.

• SuperconductorRelated: The Meissner effect describes how superconductors expel magnetic flux from their interiors.

• Magnetic flux quantumNarrower topic: Φ₀ is a discrete unit of this broader electromagnetic quantity.

• WeberNarrower topic: The weber is the SI unit used to quantify magnetic flux.

• HenryRelated: One henry equals one weber of magnetic flux per ampere.

• Magnetic energyRelated: Changing flux links field changes to induced electrical effects.

• Sunspot numberCompared with: Magnetic measurements track the physical fields underlying spots rather than counting their visible manifestations.

• Alfvén's theoremBroader topic: Its conservation through a moving surface is the theorem's central claim.

• Magnetic techniquesRelated: Flux changes underpin induction-based sensing and define magnetic circuits.

• Moving magnet and conductor problemRelated: Its change tracks the shared induced response as magnet and conductor move relatively.

• Toroid (electromagnetism)Related: Flux through the toroid’s core links its turns and determines its inductance.