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The 66 pages that link to Electromagnetic induction, each with the reason it gives.

• HydroelectricityRelated: Hydroelectric generators use induction to convert rotating motion into electric current.

• Magnetic fieldRelated: Changing fields induce voltages in generators and transformers.

• Electric chargeRelated: Changing magnetic fields can drive charge motion even without direct contact.

• Alternating currentRelated: Generators use changing magnetic flux to induce alternating voltage.

• Electric motorRelated: Changing flux induces back electromotive force that opposes the motor’s supply voltage.

• ElectromagnetismBroader topic: It shows how a changing magnetic field can drive electric currents.

• Michael FaradayBroader topic: Faraday discovered the effect that became the basis of electric generators.

• Nuclear magnetic resonanceRelated: Precessing nuclear magnetization induces the voltage detected by an NMR receiver coil.

• ElectrostaticsCompared with: It concerns changing magnetic fields and induced effects rather than static electric sources.

• Faraday's law of inductionNarrower topic: Faraday's law quantifies this broader induction phenomenon.

• Magnetic fluxNarrower topic: Magnetic-flux change is the standard description of induction in circuits.

• Electromagnetic fieldRelated: Faraday's discovery demonstrated a dynamic connection between electric and magnetic effects.

• MicrophoneRelated: Dynamic microphones use relative motion between a coil and magnet to generate a signal.

• Electric generatorNarrower topic: The generator’s fundamental energy-conversion mechanism is electromagnetic induction.

• Electromotive forceRelated: Changing magnetic flux generates EMF even without a battery or other chemical source.

• SeismometerRelated: Many seismometers convert relative motion into voltage by moving a coil through a magnetic field.

• François AragoRelated: Arago’s experiments supplied an early observable case of magnetically induced motion and currents.

• Skin effectRelated: Current-generated magnetic fields induce opposing electric fields inside the conductor.

• Nikola TeslaNarrower topic: Induction is the physical principle behind the motors and transformers central to Tesla’s work.

• Regenerative brakingNarrower topic: This physical effect enables a rotating motor to generate current as the vehicle slows.

• Solar dynamoRelated: Solar plasma flows induce magnetic fields, linking fluid motion to field evolution.

• Electrostatic inductionCompared with: Despite the shared word, it concerns changing magnetic fields rather than static charge redistribution.

• Ampère's circuital lawRelated: Its changing-field effects belong to the unified account in which Maxwell corrected the law.

• Electromagnetic interactionBroader topic: It converts changing electromagnetic fields into usable electrical energy.

• Induction motorNarrower topic: The stator field induces the rotor currents that make this motor work.

• MagnetismRelated: It converts motion or changing fields into electrical power.

• Synchronous generatorNarrower topic: Changing flux in the stator windings generates the machine's output voltage.

• Transcranial magnetic stimulationNarrower topic: A rapidly changing coil current induces the electric field that drives TMS effects.

• ElectricityRelated: Changing magnetic fields can produce electrical effects and drive current.

• Electricity generationRelated: It is the conversion principle behind most turbine-driven electricity generation.

• ElectromagnetRelated: Switching or varying an electromagnet’s current changes its field and can induce voltage nearby.

• Faraday effectRelated: Faraday’s earlier work on induction shaped his search for links between magnetism and light.

• Hans Christian ØrstedRelated: Ørsted’s finding helped motivate Faraday’s later discovery of the reciprocal effect.

• Induction heatingNarrower topic: A changing magnetic field induces the currents that generate heat in the workpiece.

• War of the currentsBroader topic: This principle enables transformers, the key technology behind AC transmission advantages.

• Eddy currentNarrower topic: The broader phenomenon made eddy currents intelligible as induced currents.

• GeodynamoCompared with: Induction describes a key physical effect, while a geodynamo is a self-sustaining system of fluid motion and fields.

• Residual-current deviceNarrower topic: The sensing transformer uses induction to turn residual current into a trip signal.

• Classical electromagnetismRelated: Faraday’s induction law links changing magnetic fields to electric fields.

• Current transformerNarrower topic: It is the physical principle that induces voltage in a current transformer's secondary winding.

• Joseph HenryNarrower topic: Henry’s experiments showed that changing current in one coil could induce voltage in another.

• Lenz's lawNarrower topic: Lenz's law determines the direction of induced effects within this broader phenomenon.

• Royal InstitutionBroader topic: Faraday discovered it through experiments at the institution, enabling electric generators.

• ElectrodynamicsRelated: It shows how a changing magnetic field creates an electric field.

• Magnetic anomalyCompared with: Time-varying induced signals can complicate interpretation of a measured magnetic anomaly.

• Displacement currentRelated: Together with displacement current, induction links changing electric and magnetic fields.

• Kirchhoff's voltage lawRelated: Induction explains why a loop may acquire an induced voltage beyond lumped element drops.

• Wilhelm Eduard WeberRelated: Induction connected Weber’s magnetic measurements to the electrical effects they were designed to quantify.

• Electromagnetic shieldingRelated: Induced currents in conductive shields create fields that oppose changing magnetic fields.

• MagnetotelluricsNarrower topic: Induction links natural magnetic variations to subsurface currents and measured electric fields.