ITER

E433908

ITER is a large international nuclear fusion research project in France aiming to demonstrate the feasibility of fusion power as a large-scale, carbon-free energy source.

All labels observed (2)

Label Occurrences
ITER canonical 5
ITER Organization 3

How this entity was disambiguated

Statements (65)

Predicate Object
instanceOf international scientific project ⓘ
nuclear fusion research facility ⓘ
tokamak ⓘ
acronym ITER ⓘ
aimsTo demonstrate long-pulse fusion plasma operation ⓘ
demonstrate the scientific and technological feasibility of fusion power ⓘ
produce net fusion energy gain (Q ≥ 10) ⓘ
test key technologies for future fusion power plants ⓘ
constructionStartYear 2010 ⓘ
constructionStatus under construction ⓘ
country France ⓘ
designedFusionGainQ 10 ⓘ
designedFusionPowerOutput 500 megawatts ⓘ
designedInputHeatingPower about 50 megawatts ⓘ
designedPlasmaTemperature over 150 million degrees Celsius ⓘ
designedPulseLength up to 400 seconds ⓘ
energySourceType carbon-free energy source ⓘ
nuclear fusion ⓘ
environmentalGoal demonstrate potential for low-carbon electricity generation ⓘ
fullName International Thermonuclear Experimental Reactor ⓘ
fusionFuelType deuterium-tritium ⓘ
governanceModel international treaty-based organization ⓘ
hasMember China ⓘ
European Union ⓘ
India ⓘ
Japan ⓘ
Russia ⓘ
South Korea ⓘ
United States ⓘ
hostOrganization ITER Organization ⓘ
linked to: ITER project
hostParty European Union ⓘ
inspiredBy success of earlier tokamaks such as JET and TFTR ⓘ
internationalAgreementSigned 2006 ⓘ
locatedIn Bouches-du-Rhône ⓘ
France ⓘ
Provence-Alpes-Côte d’Azur ⓘ
Saint-Paul-lès-Durance ⓘ
longTermGoal pave the way for DEMO fusion power plants ⓘ
magneticFieldOnPlasmaAxis about 5.3 tesla ⓘ
majorRadius about 6.2 meters ⓘ
minorRadius about 2 meters ⓘ
plasmaCurrentDesign 15 megaamperes ⓘ
plasmaVolume about 840 cubic meters ⓘ
predecessor JET (Joint European Torus) ⓘ
primaryFundingModel in-kind contributions from members ⓘ
reactorType tokamak magnetic confinement device ⓘ
researchField fusion energy ⓘ
nuclear engineering ⓘ
plasma physics ⓘ
safetyFeature inherent fusion safety with no chain reaction ⓘ
limited fuel inventory in the plasma ⓘ
siteArea about 180 hectares ⓘ
sitePreparationStartYear 2007 ⓘ
tests tritium breeding blanket concepts ⓘ
tokamakComplexMass about 23,000 tonnes ⓘ
toroidalFieldCoilsCount 18 ⓘ
treatySignedIn Paris ⓘ
uses cryogenic systems ⓘ
neutral beam injection heating ⓘ
radio-frequency heating ⓘ
remote handling systems for maintenance ⓘ
superconducting magnets ⓘ
tritium breeding test blankets ⓘ
vacuumVesselMass about 5,000 tonnes ⓘ
website https://www.iter.org/ ⓘ

How these facts were elicited

Referenced by (8)

Full triples — surface form annotated when it differs from this entity's canonical label.