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Showing 1 - 2 of 2 UKAEA Paper Results

UKAEA-CCFE-PR(21)212021

"TAE stability in JET ITB afterglow experiments"
- M. Fitzgerald
- S. E. Sharapov
- P. Siren
- E. Tholerus
- M. Dreval
- G. Szepesi
- P. Olivares
- T. Jonsson
- N. Fil
- J. Ferreira
- P. Rodrigues
- A. Figueiredo
- D. Borba
- R. Coelho
- F. Nabais
- J. Mailloux
- H.J.C. Oliver
- C. Di Troia
- F. Napoli
- Z. Stancar
- R. Dumont
- D. Keeling
In this work, we use reduced and perturbative models to examine the stability of TAEs during the ITB afterglow in JET experiments designed for the observation of alpha driven TAEs. We demonstrate that in JET-like conditions, it is sufficient to use an incompressible cold plasma model for the TAE to reproduce the experimental adiabatic features…
- Preprint
- Published
UKAEA-CCFE-PR(18)322018

"Review of recent experimental and modeling advances in the understanding of lower hybrid current drive in ITER-relevant regimes"
- B. J. Ding
- P. T. Bonoli
- A. Tuccillo
- M. Goniche
- K. Kirov
- M. Li
- Y. Li
- R. Cesario
- Y. Peysson
- A. Ekedahl
- L. Amicucci
- S. Baek
- I. Faust
- R. Parker
- S. Shiraiwa
- G. M. Wallace
- A. Cardinali
- C. Castaldo
- S. Ceccuzzi
- J. Mailloux
- F. Napoli
- F. Liu
- B. Wan
- JET Contributors
Progress in understanding lower hybrid current drive (LHCD) at high density has been made through experiments and modeling, which is encouraging given the need for an efficient off-axis current profile control technique in burning plasma. By reducing the wall recycling of neutrals, the edge temperature is increased and the effect of parametric inst…
- Preprint
- Published

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"TAE stability in JET ITB afterglow experiments"

"Review of recent experimental and modeling advances in the understanding of lower hybrid current drive in ITER-relevant regimes"

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