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In fact, these conditions are unprecedented even on fusion devices.
In fusion devices, plasma is contained in a vacuum vessel.
But fusion devices have yet to achieve net energy gain, in large part because of turbulence.
For economics we are striving to produce more efficient, high power density compact fusion devices.
Describing turbulence and microinstabilities in fusion devices is often modelled with the gyrokinetic equation.
This will contribute to addressing the lifetime issue confronting the W-based plasma-facing components in future nuclear fusion devices.
Krasheninnkov, S. I., Zakharov, L. E. & Pereverzev, G. V. On lithium walls and performance of magnetic fusion devices.
Relativistic runaway electrons (REs) generated during plasma disruptions have the potential to severely damage future fusion devices.
Z.S. Hartwig et al. An in-situ accelerator-based diagnostic for plasma-material interactions on magnetic fusion devices.
In this talk we examine critical aspects of tungsten as a first wall material in nuclear-grade fusion devices.
The department has played a major role in the design and development of high magnetic-field fusion devices.
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