Subscribe options

Select your newsletters:


Please enter your email address:

@

News & Media

Latest ITER Newsline

  • A wide angle on progress

    Whether captured from the top of a crane or from a drone hovering at an altitude of a few dozen metres, the ITER site isalways spectacular. After almost seven y [...]

    Read more

  • Inside the arena

    A visit to the deep "well" where the ITER Tokamak assembly will begin next year begins with a journey underground ... through a maze of giant pillars, [...]

    Read more

  • 10,000 tonnes of magnets to cool

    In ITER, huge volumesof liquid helium will be circulated throughout a complex, five-kilometre network of pipes, pumps and valves to keep the 10,000-tonne magnet [...]

    Read more

  • Heaviest convoy yet

    The triple convoy that reached ITER on Thursday 13 April wasthe heaviest ever organized since the beginning of "highly exceptional" deliveries in Janu [...]

    Read more

  • Gouging the giant's eye

    On the side of the ITER bioshield that faces the main ITER office building, four large openings have been preserved to allow passage for the neutral beam inject [...]

    Read more

Of Interest

See archived articles

JET achieves first plasma after shutdown

Eyewitnesses in the JET control room following the first plasma in eighteen months. (Click to view larger version...)
Eyewitnesses in the JET control room following the first plasma in eighteen months.
Wednesday afternoon, the control room at the heart of the JET installation in Oxfordshire, UK was crowded and full of expectation. After an eighteen-month shutdown to upgrade the machine and four months of careful commissioning, the scientists were waiting to see the first plasma on the screen. The biggest part of this upgrade was to change the 4,500 tiles lining the vessel. The non-metal carbon was replaced by the metals beryllium and tungsten. The new materials are in accordance with the materials-mix chosen for JET's successor, ITER.

With its new ITER-like wall, JET is the first fusion experiment to test beryllium and tungsten—which will be used inside the next-generation international experiment—together.

Click here to read more.

Click here to download the Press Release.


return to the latest published articles