The effects of an open and closed divertor on particle exhaust during edge-localized mode suppression by resonant magnetic perturbations in DIII-D - Unterberg, E.A; Schmitz, O; Evans, T.E; Maingi, R; Brooks, N.H; Fenstermacher, M.E; Mordijck, S; Moyer, R.A; Orlov, D.M (Nuclear fusion, 2010)
Keywords: COLLISIONALITY; Control systems; Cross sections; Density; DISCHARGES; Elm; Exact sciences and technology; Exhaust; FLUX; GEOMETRY; International Space Station; Magnetic confinement and equilibrium; Perturbation; Physics; Physics of gases, plasmas and electric discharges; Physics of plasmas and electric discharges; PLASMA PARAMETERS; Power exhaust; divertors; Pumping; TOKAMAK; Tokamaks; ITER tokamak; Edge localized modes; Strong coupling; Experimental study; DIII-D tokamak; H-mode plasma confinement; Neon; Magnetic confinement; Vacuum chamber; Doublet 3 device; Fusion reactor divertors; Confined plasma; Recycling; Edge plasma