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Energetic Ions and MHD Diagnosis through Alfven Eigenmodes Detection in JET

机译:通过Alfven eigenmodes在喷气式中检测到精力冷却和MHD诊断

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Unstable Alfven Eigenmodes (AEs) driven by ICRF-acceleratedenergetic ions are routinely observed in JET plasmas. The stable AE spectrum is also measured in JET plasmas with the use of external saddle-coil antennae [1]. These AE measurements can be compared with models in order to obtain important information on the energetic particles and plasma characteristics [2]. the first determination of plasma parameters from measurements of the stable AEs on JET was performed in [3]. These studies are extended here, with emphasis on the measurement of unstable AEs driven by ICRF-heated ions. In contrast to the case of linearly stable AEs [3], the accuracy of the measurements of unstable AEs depends on the non-linear behaviour of AE amplitudes, which can vary from a saturated state to a chaotic regime as the aE drive increases [4].
机译:在射流等离子体中经常观察到由ICRF-AccelateCergetiC离子驱动的不稳定Alfven特征模(AES)。通过使用外部鞍形线圈天线[1],还测量稳定的AE光谱在喷射等离子体中测量。这些AE测量可以与模型进行比较,以便获得有关能量粒子和等离子体特性的重要信息[2]。在[3]中进行了从射流上的稳定AES测量测量的第一次测定血浆参数。这些研究在这里延伸,重点是由ICRF加热离子驱动的不稳定AES的测量。与线性稳定AES [3]的情况相比,不稳定AE的测量的精度取决于AE幅度的非线性行为,其可以随着AE驱动器的增加而从饱和状态变化到混沌状态[4 ]。

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