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DIII-D demonstrates elimination of RMP induced inter-ELM electron temperature lobes in the divertor at high densities At moderate core densities lobes in the electron temperature extend to the divertor plates At higher core densities these lobes move up, away from the targets Trends can be reproduced by modeling with EMC3-Eirene Partial detachment of the divertor may be used to eliminate non-axisymmetric heat flux striations in ITER Briesemeister EX/7-3Rb Resonant magnetic perturbations (RMPs), used for ELM control, can cause local, non- axisymmetric peaks in divertor heat flux 1.40 1.50 1.60 Radius (m) -1.20 -1.15 Z (m) 1 10 100 164721 164722 153828 -1.20 -1.15 Z (m) -1.20 -1.15 Z (m) Electron Temperature 164725

DIII-D demonstrates elimination of RMP induced inter-ELM … · 2016. 9. 16. · Briesemeister EX/7-3Rb Resonant magnetic perturbations (RMPs), used for ELM control, can cause local,

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  • DIII-D demonstrates elimination of RMP induced inter-ELM electron temperature lobes in the divertor at high densities

    •  At moderate core densities lobes in the electron temperature extend to the divertor plates

    •  At higher core densities these lobes move up, away from the targets –  Trends can be reproduced by

    modeling with EMC3-Eirene

    Partial detachment of the divertor may be used to eliminate non-axisymmetric heat flux

    striations in ITER

    Briesemeister EX/7-3Rb

    Resonant magnetic perturbations (RMPs), used for ELM control, can cause local, non-axisymmetric peaks in divertor heat flux

    1.40 1.50 1.60 Radius (m)

    -1.20

    -1.15

    Z (m

    )

    1 10 100

    164721 164722

    153828

    -1.20

    -1.15

    Z (m

    )

    -1.20

    -1.15 Z

    (m)

    Electron Temperature

    164725