In-vessel coils for magnetic error field correction in JT-60SA

松永 剛; 武智 学; 櫻井 真治; 鈴木 康浩*; 井手 俊介; 浦野 創

Fusion Engineering and Design, 98-99, p.1113 - 1117, 2015/10

https://doi.org/10.1016/j.fusengdes.2015.06.024

JT-60SA is designed and under construction as fully superconducting tokamak under a combined project of the ITER satellite tokamak program of EU-JA (Broader Approach Activities) and the Japanese national program. One of the main purposes of JT-60SA is the steady-state high-beta operation above the ideal no-wall beta limit. To achieve this, we have designed in-vessel coils, thus error filed correction coils (EFCCs) for a correction of magnetic error fields that affect plasma initiation and induce magnetic island locking. We will report the design of the EFCC in JT-60SA from an engineering and a physics points of view.