| Progress towards steady-state operation and real time control of internal transport barriers in JET (2003) | |||||||||||
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| INSTITUTE PHYSICS PUBLISHING and INTERNATIONAL ATOMIC ENERGY AGENCY Nucl Fusion NUCLEAR FUSION PII Progress towards steady state operation and real time control internal transport barriers JET Litaudon coulet Crisanti Wolf F Baranov Barbato coulet Budny Castaldo Cesario Challis Conway De Baar Vries Dux Eriksson Esposito Felton Fourment Frigione Garbet Giannella Giroud Gorini Hawkes Hellsten Hender Hennequin D Hogeweij A Huysmans Imbeaux Joffrin Lomas Lotte Maget Mailloux Mantica Mantsinen Mazon Moreau Parail Pericoli Rachlew Riva Rimini Sarazin Stratton J Tala Tresset Tudisco Zabeo Zastrow and JET EFDA contributors Association EURATOM CEA CEA Cadarache Paul lez Durance France Associazione EURATOM ENEA sulla Fusione Centre Ricerche Frascati Italy Institut Plasmaphysik Association EURATOM FZJ lich Germany UKAEA EURATOM Association Culham Science Centre Abingdon Princeton Plasma Physics Laboratory Box Princeton USA Max Planck Institut Plasmaphysik EURATOM Assoziation Garching Germany Ass EURATOM FOM TEC Cluster Nieuwegein The Netherlands Instituto Fisica del Plasma EURATOM ENEA CNR Association Milan Italy Physics Deptartment KTH Association EURATOM Stockholm Sweden Association EURATOM TEKES VTT Chemical Technology FIN Finland mail xavier litaudon cea Received October accepted for publication May Published June Online stacks iop org Abstract JET advanced tokamak research mainly focuses plasmas with internal transport barriers ITBs that are strongly uenced the current density pro | |||||||||||
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