Lang, P T 
; Alper, B ; Baylor, L R ; Beurskens, M ; Cordey, J G ; Dux, R ; Felton, R ; Garzotti, L ; Haas, G ; Horton, L D ; Jachmich, S ; Jones, T T C ; Lorenz, A ; Lomas, P J ; Maraschek, M ; Müller, H W ; Ongena, J ; Rapp, J ; Renk, K F ; Reich, M ; Sartori, R ; Schmidt, G ; Stamp, M ; Suttrop, W ; Villedieu, E ; Wilson, D ; collaborators, EFDA-JET workprogramme
; Alper, B ; Baylor, L R ; Beurskens, M ; Cordey, J G ; Dux, R ; Felton, R ; Garzotti, L ; Haas, G ; Horton, L D ; Jachmich, S ; Jones, T T C ; Lorenz, A ; Lomas, P J ; Maraschek, M ; Müller, H W ; Ongena, J ; Rapp, J ; Renk, K F ; Reich, M ; Sartori, R ; Schmidt, G ; Stamp, M ; Suttrop, W ; Villedieu, E ; Wilson, D ; collaborators, EFDA-JET workprogramme Abstract
Several approaches are used at JET to achieve operation at high density with good energy confinement. One of them is the injection of solid fuel pellets to realize efficient particle refuelling by deposition deep inside the plasma column. The new pellet launch system capable of launching from the torus magnetic high field side was investigated for its capability,to fulfil this task in ...
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