Self-consistent gyrokinetic modeling of neoclassical and turbulent impurity transport

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Estève , D. ,; Sarazin , Y.; Garbet , X.; Grandgirard , V.; Breton , S. ,; Donnel , P. ,; Asahi , Y. ,; Bourdelle , C.; Dif-Pradalier , G; Ehrlacher , C.; Emeriau , C.; Ghendrih , Ph; Gillot , C.; Latu , G.; Passeron , C.;
(2018)
  • Publisher: IOP Publishing
  • Subject: neoclassical transport | turbulent transport | tokamaks | [ PHYS.PHYS ] Physics [physics]/Physics [physics] | Pfirsch–Schlüter regime | impurity transport | gyrokinetic simulations | [ PHYS ] Physics [physics]
    arxiv: Physics::Plasma Physics

International audience; Trace impurity transport is studied with the flux-driven gyrokinetic GYSELA code [V. Grandgirard et al., Comp. Phys. Commun. 207, 35 (2016)]. A reduced and linearized multi-species collision operator has been recently implemented, so that both ne... View more
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