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Identification of external kink modes in jet

机译:识别喷射中的外部扭结模式

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The 'outer mode' is one of the MHD modes that limits the fusion performance of the hot ion H mode discharges in JET. It has previously been proposed that the outer mode is a non- linearly saturated external kink mode. This was based on the localization of the perturbation close to the edge as observed in soft X ray(SXR), electron temperature and electron density measurements. In addition, MHD stability calculations showed that the plasma edge is close to the ideal external Kink stability boundary at the time when the outer mode is observed. The SXR data of the outer Mode are compared with predictions based on the mode structure of the ideal n = 1 external kink Mode. Excellent agreement is found, confirming the identification of the outer mode as an external Kink mode.
机译:“外部模式”是MHD模式之一,它限制了JET中热离子H模式放电的熔化性能。先前已经提出,外部模式是非线性饱和的外部扭结模式。这是基于在软X射线(SXR),电子温度和电子密度测量中观察到的靠近边缘的扰动的局部化。此外,MHD稳定性计算表明,在观察到外部模式时,等离子体边缘接近理想的外部Kink稳定性边界。将外部模式的SXR数据与基于理想n = 1外部扭结模式的模式结构的预测进行比较。发现极好的一致性,确认将外部模式识别为外部纠结模式。

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