F. Durodié P. Dumortier M. Vrancken A. Messiaen R. Bamber D. Hancock S. Huygen D. Lockley F. Louche R. Maggiora D. Milanesio M. P. S. Nightingale M. Shannon P. Tigwell M. Van Schoor M. Vervier D. Wilson K. Winkler Cycle Team
ITER’s Ion Cyclotron Range of Frequencies (ICRF) system [Lamalle et al., Fusion Eng. Des. 88, 517–520 (2013)] comprises two antenna launchers designed by CYCLE (a consortium of European associations listed in the author affiliations above) on behalf of ITER Organisation (IO), each inserted as a Port Plug (PP) into one of ITER’s Vacuum Vessel …
PublishedK. Winkler M. Shannon D. Lockley
Since March 2010 the preliminary design of the ITER ICRF Antennas have been developed by CYCLE, a consortium consisting of IPP (Garching), CCFE (Culham), CEA (Cadarache), Politecnico di Torino(Torino) and LPPERM/KMS (Brussels). This paper describes the steps taken to develop the present geometry of the triplet pair Strap Housing Module from a therm…
PublishedF. Durodié M. Vrancken R. Bamber L. Colas P. Dumortier D. Hancock S. Huygen D. Lockley F. Louche R. Maggiora D. Milanesio A. Messiaen M. P. S. Nightingale M. Shannon P. Tigwell M. Van Schoor D. Wilson K. Winkler Cycle Team
ITER’s Ion Cyclotron Range of Frequencies (ICRF) system [1] comprises two antenna launchers designed by CYCLE (a consortium of European associations listed in the author affiliations above) on behalf F4E for the ITER Organisation (IO), each inserted as a Port Plug (PP) into one of ITER’s Vacuum Vessel (VV) ports. Each launcher is an array of 4 …
Published