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Lower hybrid assisted plasma current ramp-up in ITER

机译:ITER中较低的混合动力辅助等离子体电流增加

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Lower hybrid (LH) assisted plasma current ramp-up in ITER is demonstrated using a free-boundary full tokamak discharge simulator which combines the DINA-CH and CRONOS codes. LH applied from the initial phase of the plasma current ramp-up increases the safety margins in operating the superconducting poloidal field coils both by reducing resistive ohmic flux consumption and by providing non-inductively driven plasma current. Loss of vertical control associated with high plasma internal inductance is avoided by tailoring the plasma current density profiles. Effects of early LH application on the plasma shape evolution are identified by the free-boundary plasma simulation.
机译:使用结合了DINA-CH和CRONOS代码的自由边界全托卡马克放电模拟器,证明了ITER中较低混合动力(LH)辅助的等离子体电流的增加。通过降低电阻欧姆通量的消耗和通过提供非感应驱动的等离子电流,从等离子电流的初始阶段开始施加的LH可以增加超导极向场线圈工作时的安全裕度。通过调整等离子体电流密度曲线,可以避免与高等离子体内部电感相关的垂直控制损失。自由边界等离子体模拟确定了早期LH施加对血浆形状演变的影响。

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