Home / Store / Journals / Electronic Articles / Fusion Science and Technology / Volume 48 / Number 2
T. C. Luce
Fusion Science and Technology
Volume 48 / Number 2 / October 2005 / Pages 1212-1225
Format:electronic copy (download)
Research into the feasibility of steady-state operation of high-fusion-gain tokamak plasmas is one of the central elements of the DIII-D program. Realization of such discharges has progressed to the point of demonstrating well-aligned noninductive current profiles for a resistive time at 90% of the total current with plasma pressure and confinement consistent with fusion gain >5 in an ITER-sized tokamak. Full current drive discharges with poorer alignment have been obtained for shorter duration. The design methodology and the path to integrating the various elements necessary for full noninductive operation on DIII-D are discussed in detail.
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