With the International Thermonuclear Experimental Reactor (ITER) as the most visible ... Whereas the HL-2M tokamak has a major radius of a mere 1.78 m, the CFETR as it is currently scheduled ...

It is a complex assembly of first-of-a-kind components procured by three different ITER members: Korea for the vacuum vessel ...

Recently, Commonwealth Fusion, which is building a demonstration tokamak in Massachussets, started construction of the ...

This compares to a major radius of 6.2 m for ITER with an on-axis magnetic field ... Whether ARC, another tokamak design, or perhaps a stellarator derived from the Wendelstein project will be ...

DIII-D’s plasma chamber has an outside radius of just 1.6 metres, and isn’t yet know whether the same method would work for ITER, the next-generation tokamak under construction in France ...

Maria Ortiz De Zúñiga is one of the engineers who has played a role in the manufacturing of the ITER vacuum vessel, the doughnut-shaped container being built to house the extremely hot plasma of the ...

Meanwhile, Fusion for Energy has completed the manufacture of the eight torus and cryostat cryopumps for the ITER tokamak. The cryostat base is lowered into place (Image: CFS) Commonwealth Fusion ...

Fusion for Energy (F4E) has completed delivery of the eight torus and cryostat cryopumps to the International Thermonuclear ...

“In a torus-shaped tokamak type reactor, like ITER, a disruption could rapidly terminate the plasma over a few milliseconds and generate substantial thermal and mechanical stress to the reactor’s ...