J. W. Connor A. Fasoli C. Hidalgo A. Kirk V. Naulin A. G. Peeters T. Tala
This workshop on transport in fusion plasmas is the thirteenth in a series. Previously they have been held under the auspices of the EU and US Transport Task Forces (TTFs), with J Connor as the EU TTF chair. However, the EU Transport Task Force has now been subsumed into the EFDA (European Fusion Development Agreement) Topical Group for Transport (…
PublishedD. Iraji A. Diallo A. Fasoli I. Furno S. Shibaev
Fast framing cameras constitute an important recent diagnostic development aimed at monitoring light emission from magnetically confined plasmas, and are now commonly used to study turbulence in plasmas. In the TORPEX toroidal device [A. Fasoli et al. , Phys. Plasmas 13 , 055902 (2006)], low frequency electrostatic fluctuations associated with drif…
PublishedS. E. Sharapov L.-G. Eriksson A. Fasoli G. Gorini J. Källne V. G. Kiptily A. A. Korotkov A. Murari S. D. Pinches D. S. Testa P. R. Thomas
Studies establishing key phenomena and developing diagnostics for energetic particle physics, which are essential for the next step burning plasma experiments such as the International Thermonuclear Experimental Reactor (ITER), have been performed at the Joint European Torus (JET). Experiments have demonstrated clear selfheating of deuterium-tritiu…
PublishedP. H. Titus J. Snipes A. F. Fasoli D.Testa B.Walton JET-EFDA Contributors
In this paper the mechanical design of the new active MHD antennas for JET is described and the structural/mechanical analysis for the antennas is presented. These new antennas replace the existing n = 1 or 2 saddle coils with a set of eight smaller antennas designed to excite Toroidal Alfvén Eigenmodes (TAE's) with high toroidal mode number (n ~ …
PublishedJ. A. Snipes N. Basse C. Boswell E. Edlund A. Fasoli N. N. Gorelenkov R. S. Granetz L. Lin Y. Lin R. Parker M. Porkolab J. Sears S. Sharapov V. Tang S. Wukitch
Alfven eigenmodes (AEs) are studied to assess their stability in high density reactor relevant regimes. Stable AEs are excited with active magnetohydrodynamics antennas in the range of the expected AE frequency. Toroidal Alfven eigenmode (TAE) damping rates have been observed in diverted and limited Ohmic plasmas. Energetic particle modes or TAEs h…
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