All Papers - UKAEA Scientific Publications

Showing 1 - 2 of 2 UKAEA Paper Results

UKAEA-CCFE-PR(25)3202024

"Development of high-current baseline scenario for high deuterium-tritium fusion performance at JET"
- Garzotti L.
- Frigione D.
- Lomas P.
- Rimini F.
- Van Eester D.
- Aleiferis S.
- Alessi E.
- Auriemma F.
- Carvalho I S.
- Carvalho P.
- Chomiczewska A.
- De La Luna E.
- Ferreira D. R.
- Field A.
- Fontana M.
- Frassinetti L.
- Gabriellini S.
- Gahni Z.
- Giovannozzi E.
- Giroud C.
- Gromelski W.
- Ivanova-Stanik I.
- Kiptily V.
- Kirov K.
- Lennholm M.
- Lowry C.
- Maggi C F.
- Mailloux J.
- Menmuir S.
- Morales R. B.
- Nowak S.
- Parail V.
- Patel A.
- Pau A.
- Perez von Thun C.
- Piron L.
- Pucella G.
- Reux C.
- Sauter O.
- Solano E.
- Sozzi C.
- Stancar Z.
- Stuart C.
- Sun H.
- Telesca G.
- Tskakaja D.
- Valovic M.
- Wendler N.
- Zotta V. K.
- JET Contributors
The development of a high current baseline scenario (I_p = 3.5MA, q95 ~3.0, beta_N < 2) in deuterium (D), tritium (T) and deuterium-tritium (D-T) for high DT fusion performance at JET with Be/W wall is described. We show that a suitable scenario capable of delivering up to 10 MW of fusion power, depending on the auxiliary heating power avail…
- Preprint
- Published
UKAEA-CCFE-PR(24)2452023

"Validation of DT fusion power prediction capability against 2021 JET DT experiments"
- Hyun-Tae Kim
- F. Auriemma
- K. Kirov
- Z. Stancar
- R. Lorenzini
- J. Ferreira
- P. Huynh
- S. Gabriellini
- M. Poradzinski
- D. Gallart
- M. Nocente
- L. Garzotti
- C. Maggi
- M. Maslov
- F. Casson
- A. Di. Sienna
- J. Citrin
- P. Strand
- R. Gatto
- E. Tholerus
- E. Belli
- R. Sharma
- A. Osipov
- E. Fransson
- A. Kappatou
- C. D. Challis
- E. Lerche
- D. Eester
- J. Garcia
- JET contributors
2021 JET experimental campaign has produced high stationary fusion power with 50%D 50%T discharges, operated with the ITER-relevant conditions i.e. operation with the baseline or hybrid scenario in the full metallic wall. It has provided a unique opportunity to assess the DT fusion power prediction capability before ITER DT experiments. This pap…
- Published

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