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首页> 外文期刊>Journal of Nuclear Materials: Materials Aspects of Fission and Fusion >Magnetic and electrostatic structures measured in the edge region of the RFX-mod experiment
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Magnetic and electrostatic structures measured in the edge region of the RFX-mod experiment

机译:在RFX-mod实验的边缘区域中测量的磁性和静电结构

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Coherent structures emerging from turbulence background have been detected in the edge region of the RFX-mod Reversed Field Pinch fusion device by using a new and original probe system measuring simultaneously and on the same location magnetic and electrostatic fluctuations. In agreement with theory it has been experimentally found that pressure structures detected in the cross-field plane, often referred in literature as ‘blobs', correspond to E × B vorticity structures and are associated to current density filaments, oriented along the main magnetic field. The results are compared with those provided by the measured relationship between magnetic fluctuations and coherent structures on Hel emission observed by the Gas Puffing Imaging system, confirming the presence of such structures also at high current regimes.
机译:通过使用新的和原始的探针系统,在同一位置同时测量磁和静电波动,可以在RFX-mod反向场捏合装置的边缘区域中检测到从湍流背景出现的相干结构。与理论相一致,已经通过实验发现,在交叉场平面中检测到的压力结构(在文献中通常称为“斑点”)对应于E×B涡度结构,并且与沿主磁场定向的电流密度灯丝相关。将结果与通过气胀成像系统观察到的磁波动与Hel发射的相干结构之间的测量关系所提供的结果进行了比较,证实了在高电流条件下也存在这种结构。

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