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Co-deposited layers in the divertor region of JET-ILW
Tungsten-coated carbon tiles from a poloidal cross-section of the divertor and several types of erosion–deposition probes from the shadowed areas in the divertor were studied using heavy ion elastic recoil detection to obtain quantitative and depth-resolved deposition patterns. Deuterium, beryllium,...
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Published in: | Journal of nuclear materials 2015-08, Vol.463, p.814-817 |
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Language: | English |
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container_title | Journal of nuclear materials |
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creator | Petersson, P. Rubel, M. Esser, H.G. Likonen, J. Koivuranta, S. Widdowson, A. |
description | Tungsten-coated carbon tiles from a poloidal cross-section of the divertor and several types of erosion–deposition probes from the shadowed areas in the divertor were studied using heavy ion elastic recoil detection to obtain quantitative and depth-resolved deposition patterns. Deuterium, beryllium, carbon, nitrogen and oxygen along with tungsten and Inconel components are the main species detected in the studied surface region. The top of Tile 1 in the inner divertor is the main deposition area where the greatest amounts of deposited species are measured. Beryllium and tungsten-containing deposits on the probes (test mirrors and quartz microbalance) indicate that both low-Z and high-Z metals are transported to remote areas. Deposition of nitrogen-15 tracer used for edge cooling only at the end of experimental campaigns in 2012 was also detected giving evidence that nitrogen is effectively retained in wall components. |
doi_str_mv | 10.1016/j.jnucmat.2014.12.077 |
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title | Co-deposited layers in the divertor region of JET-ILW |
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