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- Compact_toroid abstract "Compact toroids are a class of toroidal plasma configurations that are self-stable, and whose configuration does not require magnet coils running through the center of the toroid. They are studied primarily in the field of fusion energy, where the lack of complex magnets and a simple geometry may allow the construction of dramatically simpler and less expensive fusion reactors. The two best studied compact toroids are the spheromak and field-reversed configuration (FRC). A third configuration, the particle ring, does not appear to have attractive performance.The spheromak configuration is similar in arrangement to a smoke ring. The FRC is also toroidal, but extended into the general shape of a hot dog, or more accurately, a corn dog where the stick has been removed. The main difference between the two is that the spheromak contains poloidal (vertical rings) and toroidal (horizontal) magnetic fields, while the FRC has only the poloidal fields and requires an external magnet for confinement. In both cases the combination of electrical currents and their associated magnetic fields result in a series of closed magnetic lines that maintains the ring shape, without the need for magnets in the center of the plasma (unlike a tokamak).Of the two, the FRC naturally has a higher beta, a measure of fusion economics. However, the spheromak had generated better confinement times and temperatures, and recent work suggests that great advances in performance can be made.Compact toroids are also similar to the spherical tokamak, and many spherical tokamak machines were converted from earlier spheromak reactors.".
- Compact_toroid wikiPageExternalLink 1.%20General%20framework.htm.
- Compact_toroid wikiPageExternalLink 6451226.pdf.
- Compact_toroid wikiPageID "29648687".
- Compact_toroid wikiPageLength "2305".
- Compact_toroid wikiPageOutDegree "13".
- Compact_toroid wikiPageRevisionID "654329260".
- Compact_toroid wikiPageWikiLink Beta_(plasma_physics).
- Compact_toroid wikiPageWikiLink Category:Fusion_power.
- Compact_toroid wikiPageWikiLink Corn_dog.
- Compact_toroid wikiPageWikiLink Field-reversed_configuration.
- Compact_toroid wikiPageWikiLink Fusion_energy.
- Compact_toroid wikiPageWikiLink Fusion_power.
- Compact_toroid wikiPageWikiLink High_beta_fusion_reactor.
- Compact_toroid wikiPageWikiLink Hot_dog.
- Compact_toroid wikiPageWikiLink Plasma_(physics).
- Compact_toroid wikiPageWikiLink Smoke_ring.
- Compact_toroid wikiPageWikiLink Spherical_tokamak.
- Compact_toroid wikiPageWikiLink Spheromak.
- Compact_toroid wikiPageWikiLink Tokamak.
- Compact_toroid wikiPageWikiLink Toroidal.
- Compact_toroid wikiPageWikiLinkText "Compact toroid".
- Compact_toroid wikiPageWikiLinkText "compact fusion reactor".
- Compact_toroid wikiPageWikiLinkText "compact toroid".
- Compact_toroid hasPhotoCollection Compact_toroid.
- Compact_toroid wikiPageUsesTemplate Template:Energy-stub.
- Compact_toroid wikiPageUsesTemplate Template:Physics-stub.
- Compact_toroid wikiPageUsesTemplate Template:Refbegin.
- Compact_toroid wikiPageUsesTemplate Template:Refend.
- Compact_toroid wikiPageUsesTemplate Template:Reflist.
- Compact_toroid subject Category:Fusion_power.
- Compact_toroid hypernym Configurations.
- Compact_toroid type Physic.
- Compact_toroid comment "Compact toroids are a class of toroidal plasma configurations that are self-stable, and whose configuration does not require magnet coils running through the center of the toroid. They are studied primarily in the field of fusion energy, where the lack of complex magnets and a simple geometry may allow the construction of dramatically simpler and less expensive fusion reactors. The two best studied compact toroids are the spheromak and field-reversed configuration (FRC).".
- Compact_toroid label "Compact toroid".
- Compact_toroid sameAs m.0fph4zf.
- Compact_toroid sameAs Q5155325.
- Compact_toroid sameAs Q5155325.
- Compact_toroid wasDerivedFrom Compact_toroid?oldid=654329260.
- Compact_toroid isPrimaryTopicOf Compact_toroid.