Article ID Journal Published Year Pages File Type
9638270 Fusion Engineering and Design 2005 4 Pages PDF
Abstract
A divertor design, supported by R&D, capable of sustaining high heat loads and large electro-magnetic disturbances has been reported previously [1], [2]. This paper reports on design improvements that, in response to reaction from researchers and industry, focus on cost reductions, holding to a minimum the number of component variants and pursuing the establishment of workable acceptance criteria for divertor armour joints (the latter reported in [3]). In addition, comment from remote assembly experts has prompted improvements of the in-vessel handling and cassette to vessel attachments.
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Physical Sciences and Engineering Energy Energy Engineering and Power Technology
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