Physics Analysis of the FIRE Experiment

Jardin, S.C. ; Kessel, C.E. ; Meade, D. ; Breslau, J. ; Fu, G. ; Gorelenkov, N. ; Manickam, J. ; Park, W. ; Strauss, H.

Princeton University. Plasma Physics Laboratory.

关键词: Feedback;    70 Plasma Physics And Fusion Technology;    Simulation;    Physics;    Auxiliary Heating;   

DOI  :  10.2172/798204
RP-ID  :  PPPL-3710.pdf
RP-ID  :  AC02-76CH03073
RP-ID  :  798204

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来源: UNT Digital Library

【 摘 要 】

An integrated model of a complete discharge in the FIRE experiment has been developed based on the TSC simulation code. The complete simulation model includes a choice of several models for core transport, combined with an edge pedestal model and the Porcelli sawtooth model. Burn control is provided by feedback on the auxiliary heating power. We find that with the GLF23 and MMM95 transport models, Q >10 operation should be possible for H-mode pedestal temperatures in the range of 4-5 keV.