EAST

E433906

EAST is a Chinese experimental fusion reactor designed to study and advance tokamak-based nuclear fusion using superconducting technology.

All labels observed (1)

Label Occurrences
EAST canonical 2

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Statements (47)

Predicate Object
instanceOf experimental fusion reactor ⓘ
tokamak ⓘ
abbreviation EAST ⓘ
collaboration European fusion laboratories ⓘ
ITER Organization ⓘ
linked to: ITER project

Japanese fusion research institutions ⓘ
Korean fusion research institutions ⓘ
US fusion research institutions ⓘ
constructionStart 1998 ⓘ
coolingSystem cryogenic cooling for superconducting magnets ⓘ
country China ⓘ
countryLocatedIn People's Republic of China ⓘ
linked to: China
designFeature fully superconducting toroidal field magnets ⓘ
superconducting poloidal field coils ⓘ
firstPlasma 2006 ⓘ
fullName Experimental Advanced Superconducting Tokamak ⓘ
fundingSource Chinese government ⓘ
goal demonstrate long-pulse high-performance plasma ⓘ
develop advanced plasma control techniques ⓘ
support ITER physics and technology ⓘ
heatingMethod electron cyclotron resonance heating ⓘ
ion cyclotron resonance heating ⓘ
lower hybrid current drive ⓘ
neutral beam injection ⓘ
location Hefei ⓘ
magneticFieldOnAxis 3.5 T ⓘ
majorRadius 1.85 m ⓘ
minorRadius 0.45 m ⓘ
notableAchievement achieved hundreds of seconds of plasma operation ⓘ
first fully superconducting tokamak to achieve long-pulse H-mode plasmas ⓘ
operator Institute of Plasma Physics, Chinese Academy of Sciences ⓘ
owner Chinese Academy of Sciences ⓘ
plasmaCurrent 1 MA ⓘ
plasmaFacingMaterial tungsten divertor components ⓘ
plasmaShape divertor tokamak ⓘ
plasmaVolume ~30 m^3 ⓘ
province Anhui ⓘ
purpose advance tokamak physics ⓘ
develop steady-state operation for fusion reactors ⓘ
study nuclear fusion ⓘ
researchField magnetic confinement fusion ⓘ
plasma physics ⓘ
roleInProgram key device in Chinese fusion roadmap ⓘ
safetyFeature inherent safety of fusion fuel cycle (D-based plasmas in experiments) ⓘ
technology superconducting tokamak ⓘ
websiteLanguage Chinese ⓘ
English ⓘ

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Referenced by (2)

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