Title :
Design of the Reversatron II RFP
Author :
Greene, Philip ; Robertson, Scott H.
Author_Institution :
Colorado Univ., Boulder, CO, USA
Abstract :
A description is given of the design and initial operation of a small (outer radius/inner radius=50 cm/8 cm) reversed field pinch air core, a thin removable shell, and relatively low field errors. Equilibrium control is simplified by having no vertical field generated by the ohmic heating coils so that the equilibrium is determined solely by the variable index preprogrammed vertical field coil current. The toroidal field and vertical field coils are inductively decoupled from the ohmic heating circuit in order to simplify the programming of these fields. Discharges having a 22 kA plasma current and duration of 500 mu sec are obtained.<>
Keywords :
pinch effect; plasma toroidal confinement; 22 kA; 50 cm; 500 mus; 8 cm; Reversatron II RFP; air core; duration; equilibrium control; field errors; inductive decoupling; inner radius; ohmic heating circuit; ohmic heating coils; outer radius; plasma current; programming; thin removable shell; toroidal field; variable index preprogrammed vertical field coil current; vertical field coils; Bellows; Circuits; Coils; Extraterrestrial measurements; Heating; Insulation; Plasma devices; Steel; Time measurement; Voltage;
Journal_Title :
Plasma Science, IEEE Transactions on
