FEEDBACK CONTROL OF FUSION OUTPUT POWER WITH OBSERVATIONAL ERRORS IN A TOKAMAK REACTOR.

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Okamoto, Masao
Ohnishi, Masami
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TOKAMAK DEVICES;
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The active feedback control of fusion output power with major-radius compression-decompression was considered in order to obtain a steady state igniting plasma in a tokamak. The linear stability of thermal runaway was analyzed for general type of transport scalings and compared with the previous result for the feedback control of ion temperature. Based on a zero-dimensional transport code, numerical calculations were carried out for the Alcator scaling taking into account the errors in the measurement which is indispensable for the feedback control.
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