Carbon erosion/deposition on the divertor of W7-X during the operational period OP 1.2b | Zendy

M. Mayer | Zendy; M. Balden | Zendy; S. Brezinsek | Zendy; Vassily Vadimovitch Burwitz | Zendy; C. Cupak | Zendy; C. P. Dhard | Zendy; S. Elgeti | Zendy; M. Guitart Corominas | Zendy; P. Hiret | Zendy; M. Kandler | Zendy; D. Naujoks | Zendy; Jan-Henrik Schmidt-Dencker | Zendy; C. Ruset | Zendy; Thiago Badaro Saramela | Zendy; Tiago Fiorini da Silva | Zendy

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Carbon erosion/deposition on the divertor of W7-X during the operational period OP 1.2b

Author(s) -

M. Mayer,

M. Balden,

S. Brezinsek,

Vassily Vadimovitch Burwitz,

C. Cupak,

C. P. Dhard,

S. Elgeti,

M. Guitart Corominas,

P. Hiret,

M. Kandler,

D. Naujoks,

Jan-Henrik Schmidt-Dencker,

C. Ruset,

Thiago Badaro Saramela,

Tiago Fiorini da Silva

Publication year - 2022

Publication title -

nuclear fusion

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 1.774

H-Index - 120

eISSN - 1741-4326

pISSN - 0029-5515

DOI - 10.1088/1741-4326/ac94e2

Subject(s) - divertor , materials science , deposition (geology) , carbon fibers , surface roughness , erosion , scanning electron microscope , ion beam analysis , surface finish , molybdenum , plasma , analytical chemistry (journal) , sputtering , composite material , ion , ion beam , metallurgy , thin film , chemistry , tokamak , nanotechnology , environmental chemistry , nuclear physics , physics , sediment , composite number , biology , paleontology , organic chemistry

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