Screening of Hydrocarbon Sources in JET | Zendy

J. Strachan | Zendy; W. Fundamenski | Zendy; M. Charlet | Zendy; K. Erents | Zendy; J. Gafert | Zendy; C. Giroud | Zendy; M. von Hellermann | Zendy; G.F. Matthews | Zendy; G.M. McCracken | Zendy; V. Philipps | Zendy; James Spence | Zendy; M. Stamp | Zendy; K.-D. Zastrow | Zendy

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Screening of Hydrocarbon Sources in JET

Author(s) -

J. Strachan,

W. Fundamenski,

M. Charlet,

K. Erents,

J. Gafert,

C. Giroud,

M. von Hellermann,

G.F. Matthews,

G.M. McCracken,

V. Philipps,

James Spence,

M. Stamp,

K.-D. Zastrow

Publication year - 2001

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/787635

Subject(s) - divertor , joint european torus , jet (fluid) , mode (computer interface) , plasma , core (optical fiber) , ionization , atomic physics , carbon fibers , materials science , tokamak , physics , nuclear physics , mechanics , ion , optics , computer science , composite number , composite material , operating system , quantum mechanics

Carbon is the principal impurity in the Joint European Torus (JET). Methane screening experiments quantify the ability of the scrape-off layer (SOL)/divertor system to ionize carbon and transport it to the divertor, preventing core plasma contamination. Previous JET publications studied edge-localized-mode-averaged high-confinement mode screening, and separately, evaluated the methodology of low-confinement mode (L-mode) screening measurements. This paper extends the L-mode measurements to include relevant plasma parameter scans and DIVIMP modeling of the L-mode screening

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