Author :
Walsh, M. ; Andrew, P. ; Barnsley, R. ; Bertalot, L. ; Boivin, R. ; Bora, D. ; Bouhamou, R. ; Ciattaglia, S. ; Costley, A.E. ; Counsell, G. ; Direz, M.F. ; Drevon, J.M. ; Encheva, A. ; Fang, T. ; von Hellermann, M. ; Johnson, D. ; Kim, J. ; Kusama, Y. ; L
Abstract :
ITER will explore a plasma parameter envelope currently not available in tokamaks. This will require a set of diagnostics that can follow this envelope. To implement these diagnostics in a reliable and robust way requires development of current techniques in many areas to make them applicable to ITER: they need to be operable in the ITER environment and satisfy the physics and engineering requirements. In some cases, the exploitation of new techniques will be required. While much work has been carried out in this area, significant further work remains to bring the system to implementation.
Keywords :
Tokamak devices; fusion reactor design; plasma diagnostics; plasma toroidal confinement; ITER device design; ITER diagnostics; plasma parameter envelope; tokamak; Chemicals; Image edge detection; Instruments; Optical fibers; Optical pumping; Rotation measurement; Skin; Design; Diagnostics; ITER; Magnetics; Mirrors; Risks;
