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The 98 pages that link to Electric field, each with the reason it gives.

• Maxwell's equationsNarrower topic: It is one of the two fields whose behavior the equations govern.

• CapacitorNarrower topic: The separated charges store energy in this field.

• ElectroreceptionNarrower topic: Electroreception begins when an external electric field reaches sensory tissue.

• TransistorNarrower topic: A gate's electric field controls the channel in a field-effect transistor.

• DielectricNarrower topic: A dielectric’s polarization and breakdown are responses to the field applied across it.

• PermittivityNarrower topic: It is the field that permittivity relates to electric displacement.

• LightningNarrower topic: Lightning occurs when storm electric fields drive charge through air that has become conductive.

• Electrical insulationNarrower topic: The field across an insulating region determines electrical stress and breakdown risk.

• ElectrophoresisNarrower topic: It supplies the force that drives charged particles through the medium.

• Electrical breakdownNarrower topic: Its local strength, rather than voltage alone, drives breakdown.

• Electrostatic inductionNarrower topic: The nearby charge’s field drives the redistribution inside the material.

• Corona dischargeNarrower topic: Corona begins where a conductor’s electric field becomes strong enough to ionize nearby gas.

• Electric displacement fieldNarrower topic: D combines the macroscopic electric field E with the polarization of matter.

• Gauss's lawNarrower topic: Gauss's law relates this field's flux to the charge enclosed by a surface.

• Electric polarizationNarrower topic: An applied field can displace charges or orient dipoles in matter.

• Electrostatic precipitatorNarrower topic: The field moves charged particles from the gas toward collecting plates.

• Electric susceptibilityNarrower topic: Susceptibility describes a material’s response to this applied field.

• Point chargeNarrower topic: The point charge generates a radial field whose magnitude decreases with distance squared.

• Electric fluxNarrower topic: Flux integrates this field’s component perpendicular to each surface element.

• Polarization densityNarrower topic: Polarization density modifies the macroscopic electric field inside matter.

• Electrostatic shieldingNarrower topic: Shielding describes how conductors alter this field within a region.

• Dielectric polarizationNarrower topic: The applied field is the stimulus that displaces or aligns bound charges.

• Electron mobilityNarrower topic: The field is the driving influence against which electron drift is measured.

• Linear particle acceleratorNarrower topic: The field does work on particles as they cross accelerating gaps.

• Earnshaw's theoremNarrower topic: A stable charge position would require a restoring pattern in this field.

• Georg Christoph LichtenbergNarrower topic: Electric fields govern the forces that drive charge separation and discharge in Lichtenberg’s experiments.

• Displacement current densityNarrower topic: In vacuum, displacement current density is proportional to the electric field’s time derivative.

• Electric field effectsNarrower topic: Molecular field effects begin with the local field acting at a molecule.

• Electric-field screeningNarrower topic: Screening changes the field produced by a given arrangement of sources.

• Electrical techniquesNarrower topic: It describes how electrical techniques influence charged particles and matter.