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The 97 pages that link to Magnetic field, each with the reason it gives.

• Maxwell's equationsNarrower topic: It is coupled to the electric field by induction and changing-field effects.

• Electromagnetic inductionNarrower topic: Its strength and orientation determine the flux whose change causes induction.

• Michael FaradayNarrower topic: Faraday’s field concept replaced action-at-a-distance accounts of magnetic influence.

• Faraday's law of inductionNarrower topic: Its distribution across a surface determines the magnetic flux in the law.

• Magnetic reconnectionNarrower topic: Its changing configuration supplies the magnetic energy and topology involved in reconnection.

• MagnetosphereNarrower topic: The body's magnetic field is the organizing influence that defines its magnetosphere.

• Magnetic fluxNarrower topic: Flux integrates this field’s component perpendicular to a chosen surface.

• Electric generatorNarrower topic: A generator needs a magnetic field that its conductors can move through.

• Magnetic hysteresisNarrower topic: The applied field is the control variable traced against magnetization in a hysteresis loop.

• Magnetic dipoleNarrower topic: A magnetic dipole is one localized source of this broader field.

• Earth's magnetic fieldNarrower topic: Earth's field is one planetary example of this broader physical phenomenon.

• Magnetic declinationNarrower topic: Declination is an angle describing the direction of a magnetic field relative to geography.

• Biot–Savart lawNarrower topic: The law calculates this field from steady electric currents.

• Magnetic levitationNarrower topic: Its strength and spatial variation set the forces available for suspension.

• MagnetometerNarrower topic: A magnetometer measures this field’s magnitude, direction, or both.

• Ampère's circuital lawNarrower topic: The law constrains its circulation around any closed path.

• Geomagnetic reversalNarrower topic: A reversal changes the global field’s polarity, not the existence of magnetism itself.

• Magnetic shieldingNarrower topic: Shielding changes the field's distribution rather than eliminating magnetism as a physical phenomenon.

• ElectromagnetNarrower topic: An electromagnet is defined by the magnetic field its current creates.

• Hans Christian ØrstedNarrower topic: The compass needle turned because the current produced a magnetic field around its wire.

• MagnetostaticsNarrower topic: Magnetostatics focuses on this field when its sources and values are time-independent.

• Larmor precessionNarrower topic: Its direction defines the axis around which the moment precesses.

• Lenz's lawNarrower topic: Magnetic flux measures this field across a surface.

• Faraday rotationNarrower topic: Only the field component along the propagation path contributes to the standard rotation measure.

• Magnetic anomalyNarrower topic: The anomaly is a spatial variation in this underlying physical field.

• Gauss's law for magnetismNarrower topic: The law constrains the geometry of this field rather than its local strength.

• Interplanetary magnetic fieldNarrower topic: The interplanetary field is a magnetic field extending through the solar wind.

• Jupiter's magnetosphereNarrower topic: The planetary field is the central force organizing this region.

• Magnetic circuitNarrower topic: Magnetic circuits approximate how this field is distributed through chosen paths.

• Right-hand ruleNarrower topic: The rule specifies the field’s direction around a current.

• Jean-Baptiste BiotNarrower topic: Biot’s law describes how electric currents generate this field.

• Magnetic sensorNarrower topic: It is the physical quantity every magnetic sensor responds to.

• WeberNarrower topic: Magnetic flux depends on the field crossing a surface.

• Magnetic energyNarrower topic: Magnetic energy is assigned to this field and its configuration.

• Magnetic resonanceNarrower topic: Its strength sets the energy splitting and resonance frequency.

• Magnetic techniquesNarrower topic: It is the applied influence that steers, probes, or detects materials across these methods.

• Toroid (electromagnetism)Narrower topic: The toroid’s geometry shapes where its magnetic field is concentrated.