Each of these cycles, known as “shots,” involves creating, shaping, and confining plasmas within the DIII-D tokamak, a doughnut-shaped device that utilizes powerful electromagnets to contain ...
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 ...
These boron film samples were created using a plasma made of a gas containing boron and deuterium (as well as with some impurities) in DIII-D, a tokamak at General Atomics. The carbon and the ...
These boron film samples were created using a plasma made of a gas containing boron and deuterium (as well as with some impurities) in DIII-D, a tokamak at General Atomics. The carbon and the ...