JET (Join European Torus)

Fusion Approach

Tokamak

Experimental Results
PublicationDensity (m-3)Temperature (keV)Energy Confinement Time (s)Triple Product (m-3 keV s)
High fusion performance f...3.3×1019(ion) 4.1×1019(electron)14(electron) 28(ion)5.1×10-14.7×1020
Fusion energy production ...4.1×1019(ion) 5.1×1019(electron)10.5(electron) 18.6(ion)1.2×1009.2×1020
Fusion energy production ...3.4×1019(ion) 4.5×1019(electron)11.9(electron) 22(ion)1×1007.5×1020
Fusion energy production ...2.4×1019(ion) 3.6×1019(electron)9.9(electron) 18.8(ion)9×10-14.1×1020
Publications Describing Device

High fusion performance from deuterium-tritium plasmas in JET

Fusion energy production from a deuterium-tritium plasma in the JET tokamak

Affiliated Organizations

CCFE (Culham Centre for Fusion Energy)

Cost

$438,000,000