Plasma-surface Interaction in the Stellarator W7-X: Conclusions Drawn from Operation with Graphite Plasma-Facing Components
S. Brezinsek,C. P. Dhard,M. Jakubowski,R. Koenig,S. Masuzaki,M. Mayer,D. Naujoks,J. Romazanov,K. Schmid,O. Schmitz,D. Zhao,M. Balden,R. Brakel, B. Butterschoen,T. Dittmar,P. Drews,F. Effenberg,S. Elgeti,O. Ford,E. Fortuna-Zalesna,G. Fuchert,Y. Gao,A. Goriaev,A. Hakola,T. Kremeyer,M. Krychowiak,Y. Liang,Ch Linsmeier,R. Lunsford,G. Motojima,R. Neu,O. Neubauer,J. Oelmann,P. Petersson,M. Rasinski,M. Rubel,S. Sereda,G. Sergienko,T. Sunn Pedersen,T. Vuoriheimo,E. Wang,T. Wauters,V Winters, M. Zhao,R. Yi Nuclear Fusion（2021）
Key words
Wendelstein 7-X,graphite,erosion and deposition,plasma-surface interactions,material migration
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