Showing 1 - 2 of 2 UKAEA Paper Results
2023
UKAEA-CCFE-PR(24)187
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 paper …
Preprint Published2021
UKAEA-CCFE-PR(21)46
V. K. Zotta L. Garzotti F. J. Casson D. Frigione F. Koechl E. Lerche P. Lomas F. Rimini M. Sertoli D. Van Eester R. Gatto C. Mazzotta G. Pucella
The fusion performance of ELMy H-mode DT plasmas with q95 = 3 and \\beta_N = 1.8 (also referred to as medium-\\beta_N baseline scenario in the rest of this paper) are predicted with the JINTRAC suite of codes and the QuaLiKiZ transport model. The predictions are based on the analysis of DT plasmas from the first DT campaign
Preprint Published