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News & Media

Latest ITER Newsline

  • Deliveries | A third magnet ready for transport to ITER

    Three ITER magnets are now in transit to ITER from different points on the globe—two toroidal field magnets and one poloidal field coil. In terms of component w [...]

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  • Heaviest load yet | Europe's coil soon to hit the road

    It's big, it's heavy, it's precious and it's highly symbolic: the toroidal field coil that was unloaded at Marseille industrial harbour on 17 March is the most [...]

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  • Russia's ring coil | Entering the final sequence

    The smallest of ITER's poloidal field coils is entering the final sequence in a long series of activities that transform cable-in-conduit superconductor into a [...]

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  • Coping with COVID | Adjusting to maintain progress

    COVID-19 needs no introduction. But for a 35-country collaboration like ITER, the dramatic worldwide spread of the virus has introduced an entirely new set of c [...]

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  • United States | A roadmap to fusion energy

    Hundreds of scientists across the United States—representing a broad range of national labs, universities, and private ventures—have collaborated to produce A C [...]

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Of Interest

See archived entries

Fusion research benefits society (2/4)

Developing fusion science, engineering and technology to a point where fusion energy can be supplied to the grid is one of the most exciting challenges of the 21st century, and potentially one of the most rewarding.

Since last week, Newsline has been featuring a series of videos that highlight the small and large advances that are being made daily. Improvements in industrial processes, new materials, innovative remote handling technologies, computer modelling techniques ... these products of fusion R&D at the cutting edge of science and technology are not only benefitting the fusion development effort, but also society at large through spinoff technologies.

This second video produced by the European Commission takes us to the Netherlands, where a company specialized in explosive metal forming techniques has expanded its horizons—and its client base—through work carried out for the European fusion program.

3D Metal Forming, which uses shock waves to press thin metal sheets into desired shapes, took on the challenging of using the same technique to form the thick, 6-cm steel plates used to manufacture the ITER vacuum vessel. Its success has led to applications in the aeronautics industry, the construction of a large new factory, and expectations of rapid growth.


Click here to view the video...



Many more videos are available on the ITER video page...

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