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Comparison of a 2D nonlocal transport model to ECRH experiments in LHD

机译:将2D非局部运输模型与LHD中ECRH实验的比较

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摘要

A recently developed model of nonlocal transport in two dimensions (2D), the "iterative method" [J. E. Maggs and G. J. Morales, Phys. Rev. E 99, 013307 (2019)], is applied to the published results of ECRH experiments [Takahashi et al. AIP Conf. Proc. 1580, 145 (2014)] performed in the Large Helical Device. It is found from the temperature profiles obtained from the 2D model that the sharply peaked electron temperature profiles observed in such experiments, and previously associated with local transport and "internal transport barriers" or Core Electron-Root Confinement, are also consistent with nonlocal transport. It is shown that the iterative method is suited to handling both scenarios. Published under license by AIP Publishing.
机译:最近开发的两个维度运输模型(2D),“迭代方法”[J. E. Maggs和G. J. Morales,Phy。 Rev.E 99,013307(2019)]应用于ECRH实验的已发表结果[Takahashi等。 AIP CONF。 Proc。 1580,145(2014)]在大螺旋装置中进行。 从由2D模型获得的温度曲线中发现,在这种实验中观察到的急剧达到峰值的电子温度曲线,以及先前与局部运输和“内部传输屏障”或核心电子引物禁止的尺寸也是一致的,也与非局部运输一致。 结果表明,迭代方法适用于处理这两种情况。 通过AIP发布在许可证下发布。

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