An actively cooled divertor for WEST

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Source: CEA

The WEST tokamak has just installed an actively cooled tungsten divertor as its main plasma-facing component

The WEST tokamak has just installed an actively cooled tungsten divertor as its main plasma-facing component, based on technology similar to that of ITER. This very important milestone was reached thanks to a collective and collaborative effort. It paves the way for WEST operation over long periods (up to 1000s) with high levels of heat flux (> 10 megawatts per square meter). This allows WEST to test these components against ITER-type plasma in a tokamak environment.

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This story was originally published by our French Consortium Member IRFM, the Institute for Magnetic Fusion Research at CEA.

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