Linked from

The 14 pages that link to Electrical breakdown, each with the reason it gives.

• Joule heatingCompared with: Breakdown can create damaging current and heating, but is a failure rather than controlled dissipation.

• Electrical conductorRelated: An insulator can become a temporary conductor once its breakdown field is exceeded.

• Electrical insulatorRelated: Breakdown marks the limit of an insulator’s ability to block current.

• Electrical insulationCompared with: It is the failure insulation is designed to prevent.

• Corona dischargeNarrower topic: Corona is a localized form of gas ionization that may occur below complete gap breakdown.

• Electrical arcRelated: Breakdown initiates the conductive path across a gap where an arc can form.

• Electric arcNarrower topic: An arc begins when the electric field ionizes gas enough to create a conductive path.

• Lightning rodRelated: Lightning begins when the electric field makes air conductive along a discharge path.

• Neon lightingRelated: A sufficiently strong electric field ionizes the gas and starts the discharge.

• Paschen's lawNarrower topic: Paschen's law is a gas-specific account of breakdown between electrodes.

• Atmospheric electricityRelated: It provides a general framework for comparing atmospheric discharges with breakdown in solids and gases.

• Electrical discharge machiningRelated: Breakdown of the gap's dielectric creates each machining spark.

• Joule's laws (electrical heating)Compared with: Breakdown can cause destructive heating beyond the law's simple steady-conductor model.

• Thermal conductivity and resistivityCompared with: It concerns field-driven failure rather than the ordinary relationship between heat and charge transport.