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Tokamak designs based on copper and copper alloy magnets could be used for the investigation of the physics issues associated with long pulse (>40 sec) ignited operation during the next phase of fusion research. The engineering characteristics of designs with magnets that use copper or beryllium copper alloys are presented. Active cooling of the magnets with either liquid nitrogen or water is considered. Inertial cooling is also discussed. The physics performance of the designs is calculated and compared to the performance of the “Physics Phase” ITER design, and the BPX tokamak.

Possibilities for long pulse ignited tokamak experiments using resistive magnets