High-Power Performance of a Resonant Diplexer for Advanced ECRH

Autor: Kasparek, W [ 1 ], Van den Braber, R [ 2 ], Doelman, N [ 2 ], Fritz, E [ 2 ], Erckmann, V [ 3 ], Hollmann, F [ 3 ], Michel, G [ 3 ], Noke, F [ 3 ], Purps, F [ 3 ], Bongers, W [ 4 ], Krijger, B [ 4 ], Petelin, M [ 5 ], Lubyako, L [ 5 ], Bruschi, A [ 6 ], ECRH Groups at IPP Greifswald, IPF Stuttgart

Publikováno v: Fusion science and technology (Online) 59 (2011): 729.
info:cnr-pdr/source/autori:Kasparek, W [ 1 ] ; Van den Braber, R [ 2 ] ; Doelman, N [ 2 ] ; Fritz, E [ 2 ] ; Erckmann, V [ 3 ] ; Hollmann, F [ 3 ] ; Michel, G [ 3 ] ; Noke, F [ 3 ] ; Purps, F [ 3 ] ; Bongers, W [ 4 ] ; Krijger, B [ 4 ] ; Petelin, M [ 5 ] ; Lubyako, L [ 5 ] ; Bruschi, A [ 6 ] ; ECRH Groups at IPP Greifswald and IPF Stuttgart/titolo:High-Power Performance of a Resonant Diplexer for Advanced ECRH/doi:/rivista:Fusion science and technology (Online)/anno:2011/pagina_da:729/pagina_a:/intervallo_pagine:729/volume:59

Electron cyclotron resonance heating (ECRH) systems for next-step large fusion devices operate in continuous wave power in the multimegawatt range. The unique feature of narrow and well-localized power deposition assigns a key role to ECRH for differ

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http://www.cnr.it/prodotto/i/23376