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TJ-II: Influence of magnetic configuration on filament dynamics: Difference between revisions
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TJ-II: Influence of magnetic configuration on filament dynamics (view source)
Revision as of 16:27, 9 December 2020
, 9 December 2020→Description of the activity
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Strong difference in magnetic curvature has a strong impact on interchange force and so potentially in the blob dynamics [D. Carralero et al. Phys. Rev. Lett. 115.21 215002 (2015)]. | Strong difference in magnetic curvature has a strong impact on interchange force and so potentially in the blob dynamics [<ref>D. Carralero et al. Phys. Rev. Lett. 115.21 215002 (2015)</ref>]. | ||
TJ-II is equipped with a dual system of multi-probes arrays placed at two different toroidal and poloidal locations [probes B and D] [T. Kobayashi, U. Losada, B. Liu et al., Nuclear Fusion 59, 044006 (2019)]. While probe B lies in a neutral to favorable curvature probe D is in an unfavorable negative curvature zone. This makes TJ-II a unique device to explore (simultaneously) the influence of magnetic curvature on blob dynamics. | TJ-II is equipped with a dual system of multi-probes arrays placed at two different toroidal and poloidal locations [probes B and D] [<ref>T. Kobayashi, U. Losada, B. Liu et al., Nuclear Fusion 59, 044006 (2019)</ref>]. While probe B lies in a neutral to favorable curvature probe D is in an unfavorable negative curvature zone. This makes TJ-II a unique device to explore (simultaneously) the influence of magnetic curvature on blob dynamics. | ||
The goal of this research proposal is: | The goal of this research proposal is: | ||