Feedback control design for non-inductively sustained scenarios in NSTX-U using TRANSP

M Boyer, R Andre, D Gates, S Gerhardt, J Menard & F Poli
This paper examines a method for real-time control of non-inductively sustained scenarios in NSTX-U by using TRANSP,a time-dependent integrated modeling code for prediction and interpretive analysis of tokamak experimental data, as asimulator. The actuators considered for control in this work are the six neutral beam sources and the plasma boundaryshape. To understand the response of the plasma current, stored energy, and central safety factor to these actuatorsand to enable systematic design of control algorithms, simulations...
1 citation reported since publication in 2017.
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