Linked from

The 12 pages that link to Corona discharge, each with the reason it gives.

• Electrical breakdownCompared with: Corona involves partial gas ionization rather than full breakdown across the insulation gap.

• Electrostatic precipitatorRelated: Its ions transfer electrical charge to particles in the gas.

• Overhead power lineRelated: High voltage can produce corona, causing power loss, audible noise, and radio interference.

• Electrical arcCompared with: Corona surrounds an electrode rather than forming a conducting bridge between conductors.

• Electric arcCompared with: Corona remains near the conductor instead of forming the intense conductive channel of an arc.

• Laser printingRelated: Some printers use it to charge the photoconductor or assist toner transfer.

• Paschen's lawCompared with: It is a partial discharge, unlike the full-gap breakdown voltage described by Paschen's law.

• Atmospheric electricityCompared with: It is a sustained, localized ionization process rather than a large lightning channel.

• Ball lightningCompared with: Corona can produce visible glows, but requires an electrode or similarly concentrated electric field.

• PhotocopierRelated: Copiers use corona devices or related rollers to charge imaging surfaces and transfer toner.

• Georg Christoph LichtenbergRelated: It is a related form of electrical discharge, distinct from the larger branching patterns Lichtenberg recorded.

• Overhead cableRelated: High electric fields around overhead cables can produce corona, noise, and power loss.