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  • A world in itself

    From a height of some 50 metres, you have the entire ITER worksite at your feet. The long rectangle of the Diagnostics Building stands out in the centre, with [...]

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  • US completes toroidal field deliveries for ITER

    The US Domestic Agency achieved a major milestone in February by completing the delivery of all US-supplied toroidal field conductor to the European toroidal fi [...]

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  • Thin diagnostic coils to be fitted into giant magnets

    Last week was marked by the first delivery of diagnostic components—Continuous External Rogowski (CER) coils—from the European Domestic Agency to the ITER Organ [...]

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  • Addressing the challenge of plasma disruptions

    Plasma disruptions are fast events in tokamak plasmas that lead to the complete loss of the thermal and magnetic energy stored in the plasma. The plasma control [...]

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  • Blending (almost) seamlessly into the landscape

    Located in the foothills of the French Pre-Alps, the ITER installation blends almost seamlessly into the landscape. The architects' choice ofmirror-like steel c [...]

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Of Interest

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New brochure highlights fusion spinoffs

-Sabina Griffith

A physics student studying plasma behaviour at the Princeton Plasma Physics Laboratory. (Photo: Peter Ginter) (Click to view larger version...)
A physics student studying plasma behaviour at the Princeton Plasma Physics Laboratory. (Photo: Peter Ginter)
While challenges remain in harnessing fusion as an energy source, significant advances have been made in the last decades. Beyond moving fusion closer to the point of industrialization, there have been lesser-known spinoff benefits to the development of fusion technology, including applications in engineering, diagnostics, superconducting technologies, and medicine.

For example, early work in magnetic fusion energy led General Atomics, a San Diego-based innovation firm, to improve power systems for the US government and commercial customers. Technological advances include the Electromagnetic Aircraft Launch System (EMALS), an electromagnetic catapult that will replace steam catapults used currently on aircraft carriers.

 (Click to view larger version...)
The Milliwave Thermal Analyzer is another fusion spinoff used to monitor the properties of materials in extreme conditions, for example inside a glass melter. This new technology, adopted from diagnostics developed for fusion environments, can withstand previously inaccessible conditions.

Other examples of how technology developed for fusion has found its way into other disciplines are: a new generation of compact cyclotrons which can successfully be used in cancer therapy; and a new method of improved polymer-electrode bonding using plasma which is hoped to lead to creating superior artificial muscles to benefit people with disabilities.

These and more examples are listed in a new brochure produced by the US Fusion Communications Group Fusion Spinoffs: Making a Difference Today that can be downloaded here
 


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