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- Askaryan_effect abstract "The Askaryan effect is the phenomenon whereby a particle traveling faster than the phase velocity of light in a dense dielectric (such as salt, ice or the lunar regolith) produces a shower of secondary charged particles which contain a charge anisotropy and thus emits a cone of coherent radiation in the radio or microwave part of the electromagnetic spectrum. It is similar to the Cherenkov effect. It is named after Gurgen Askaryan, a Soviet-Armenian physicist who postulated it in 1962.The effect was first observed experimentally in 2000, 38 years after its theoretical prediction. So far the effect has been observed in silica sand, rock salt, and ice.The effect is of primary interest in using bulk matter to detect ultra-high energy neutrinos. The Antarctic Impulse Transient Antenna (ANITA) experiment uses antennas attached to a balloon flying over Antarctica to detect the Askaryan radiation produced as cosmic neutrinos travel through the ice. Several experiments have also used the Moon as a neutrino detector based on detection of the Askaryan radiation.".
- Askaryan_effect wikiPageExternalLink proc.html.
- Askaryan_effect wikiPageID "3522161".
- Askaryan_effect wikiPageRevisionID "541797343".
- Askaryan_effect hasPhotoCollection Askaryan_effect.
- Askaryan_effect subject Category:Particle_physics.
- Askaryan_effect subject Category:Physical_phenomena.
- Askaryan_effect type NaturalPhenomenon111408559.
- Askaryan_effect type Phenomenon100034213.
- Askaryan_effect type PhysicalEntity100001930.
- Askaryan_effect type PhysicalPhenomena.
- Askaryan_effect type PhysicalPhenomenon111419404.
- Askaryan_effect type Process100029677.
- Askaryan_effect comment "The Askaryan effect is the phenomenon whereby a particle traveling faster than the phase velocity of light in a dense dielectric (such as salt, ice or the lunar regolith) produces a shower of secondary charged particles which contain a charge anisotropy and thus emits a cone of coherent radiation in the radio or microwave part of the electromagnetic spectrum. It is similar to the Cherenkov effect.".
- Askaryan_effect label "Askaryan effect".
- Askaryan_effect label "Efeito Askaryan".
- Askaryan_effect label "Effet Askaryan".
- Askaryan_effect label "Эффект Аскарьяна".
- Askaryan_effect label "阿斯卡莱恩效应".
- Askaryan_effect sameAs Effet_Askaryan.
- Askaryan_effect sameAs Efeito_Askaryan.
- Askaryan_effect sameAs m.09j6sy.
- Askaryan_effect sameAs Q1957595.
- Askaryan_effect sameAs Q1957595.
- Askaryan_effect sameAs Askaryan_effect.
- Askaryan_effect wasDerivedFrom Askaryan_effect?oldid=541797343.
- Askaryan_effect isPrimaryTopicOf Askaryan_effect.