(Color online) (a) Experimental electric fields and (b) electrostatic potentials from Fig. 1(a).
(Color online) Minimum energy for standard ion orbit loss from 0.864 flux surface.
(Color online) Measured ion temperature distributions for DIII-D discharges.
(Color online) Loss fractions as a function of ion direction from flux surface at 0.864. (The ion direction cosine is with respect to the magnetic field direction.)
(Color online) Ion particle (lower curves) and energy (upper curves) cumulative loss fractions for DIII-D (a) RMP and (b) otherwise similar H-Mode discharges.
(Color online) The minimum energy for X-loss of ions across the separatrix for the electric field distribution of DIII-D shot 123301 shown in Fig. 1(a).
(Color online) The X-Loss fractions for ion particle and energy for RMP shot 123301.
(Color online) Convective/diffusive ion particle fluxes with and without ion orbit loss and X-loss.
(Color online) Total ion heat flux calculated from ion heat balance equation and corrected for ion orbit and X-loss.
(Color online) Ion thermal diffusivities interpreted from the measured ion temperature profile given in Fig. 3 using Eq. (23) and the heat fluxes of Fig. 5 with and without ion orbit loss.
(Color online) The collisionality parameter .
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