gptkbp:instanceOf
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nuclear fusion research facility
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gptkbp:abbreviation
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gptkb:ITER
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gptkbp:constructionStartYear
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2010
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gptkbp:country
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gptkb:France
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gptkbp:designedBlanketModules
|
440
|
gptkbp:designedCentralSolenoidHeight
|
18 meters
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gptkbp:designedCentralSolenoidWeight
|
1000 tonnes
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gptkbp:designedControlSystem
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gptkb:CODAC_(Control,_Data_Access_and_Communication)
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gptkbp:designedCoolingSystem
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water-cooled
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gptkbp:designedCryostatDiameter
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29.3 meters
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gptkbp:designedCryostatHeight
|
29 meters
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gptkbp:designedCryostatWeight
|
8500 tonnes
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gptkbp:designedDiagnostics
|
over 50 systems
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gptkbp:designedDivertorCassettes
|
54
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gptkbp:designedFusionGain
|
Q=10
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gptkbp:designedHeatingSystems
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neutral beam injection
electron cyclotron resonance heating
radio frequency heating
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gptkbp:designedInputPower
|
50 megawatts
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gptkbp:designedMajorRadius
|
6.2 meters
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gptkbp:designedMinorRadius
|
2 meters
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gptkbp:designedPlasmaCurrent
|
15 megaamperes
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gptkbp:designedPlasmaTemperature
|
150 million degrees Celsius
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gptkbp:designedPulseDuration
|
400 seconds
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gptkbp:designedRemoteHandlingSystem
|
robotic arms
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gptkbp:designedToroidalFieldCoils
|
18
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gptkbp:designedVacuumVesselDiameter
|
19.4 meters
|
gptkbp:designedVacuumVesselHeight
|
11.4 meters
|
gptkbp:designedVacuumVesselWeight
|
5000 tonnes
|
gptkbp:director
|
gptkb:Pietro_Barabaschi
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gptkbp:expectedDeuterium-TritiumOperation
|
2035
|
gptkbp:firstComponentAssembly
|
2020
|
gptkbp:firstConcretePoured
|
2014
|
gptkbp:firstPlasma
|
2025
|
gptkbp:fuelType
|
deuterium
tritium
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gptkbp:fundedBy
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gptkb:treaty
|
gptkbp:governingBody
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gptkb:ITER_Organization
|
https://www.w3.org/2000/01/rdf-schema#label
|
International Thermonuclear Experimental Reactor
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gptkbp:locatedIn
|
gptkb:Saint-Paul-lès-Durance,_France
|
gptkbp:magneticFieldStrength
|
5.3 tesla
|
gptkbp:partner
|
gptkb:China
gptkb:European_Union
gptkb:India
gptkb:Japan
gptkb:Russia
gptkb:South_Korea
gptkb:United_States
|
gptkbp:plasmaVolume
|
840 cubic meters
|
gptkbp:powerOutput
|
500 megawatts
|
gptkbp:projectCost
|
over 20 billion euros
|
gptkbp:purpose
|
demonstrate feasibility of nuclear fusion as an energy source
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gptkbp:reactorType
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tokamak
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gptkbp:scientificGoals
|
produce more energy from fusion than is used to heat the plasma
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gptkbp:status
|
under construction
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gptkbp:website
|
https://www.iter.org/
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gptkbp:bfsParent
|
gptkb:ITER
|
gptkbp:bfsLayer
|
5
|