Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
9638242 | Fusion Engineering and Design | 2005 | 5 Pages |
Abstract
The years of experience of operating MAST have led to the design, manufacture and now installation of a new divertor, the MAST improved divertor (MID), that should be able to cope with the full performance of the machine. The design is based on imbricated (fan-shaped) disks of tiles at the top and bottom of the machine for the outer strike points, giving an excellent compromise between power handling and diagnostic access, with substantial new centre column strike point armour and a shaped plate in between. High purity graphite is chosen as the plasma facing material in preference to CFC since in this case it has a better balance of performance and cost. The lower imbricated disk is insulated in alternate sectors for studies of divertor biasing and extensive diagnostics and additional inboard gas injection are included.
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Authors
A.C. Darke, R.J. Hayward, G.F. Counsell, K. Hawkins,