PPPL-3967 is available in <a href="PPPL-3967.pdf">pdf</a> format (708 KB).

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<b>EDGE2D Simulations of JET <sup>13</sup>C Migration Experiments</b>
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<b>Authors:</b> J.D. Strachan, J.P. Coad, G. Corrigan, G.F. Matthews, and J. Spence
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<b>Date of PPPL Report:</b> June 2004
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<b>To be presented at:</b> the Thirty-First EPS Conference on Plasma Physics, 28 June - 2 July 2004, London, United Kingdom. Conference proceedings  will be distributed to all delegates on CD-ROM after the conference. Invited papers will be published in a special edition of Plasma Physics and Controlled Fusion.
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Material migration has received renewed interest due to tritium retention associated with carbon transport to remote vessel locations. Those results influence the desirability of carbon usage on ITER. Subsequently, additional experiments have been performed, including tracer experiments attempting to identify material migration from specific locations. In this paper, EDGE2D models a well-diagnosed JET <sup>13</sup>C tracer migration experiment. The role of SOL flows upon the migration patterns is identified.




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