Design and development activities for in-vessel and in-port components of ITER microwave diagnostics

Design and development activities for in-vessel and in-port components of ITER microwave diagnostics

The ITER tokamak will be operating with 5 microwave diagnostic systems. While they rely on different physics, they share a common need: transmitting low and high power microwave in the range of 12 GHz to 1000 GHz(different bandwidths for different diagnostics) between the plasma and a diagnostic are...

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Veröffentlicht in:arXiv.org 2015-04
Hauptverfasser: Sirinelli, Antoine, Antonov, Nikolay, Feder, Russel, Giacomin, Thibaud, Hanson, Gregory, Johnson, David, Lukyanov, Vitaliy, Maquet, Philippe, Martin, Alex, Oosterbeek, Johan W, Penot, Christophe, Portalès, Mickaël, Roman, Catalin, Sanchez, Paco, Shelukhin, Dmitry, Udintsev, Victor S, Vayakis, George, Vershkov, Vladimir, Walsh, Michael J, Zolfaghari, Ali, Zvonkov, Alexander
Format: Artikel
Sprache:eng
Schlagworte:
Diagnostic systems
Measuring instruments
Plasma (physics)
Tokamak devices
Waveguides
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Zusammenfassung:The ITER tokamak will be operating with 5 microwave diagnostic systems. While they rely on different physics, they share a common need: transmitting low and high power microwave in the range of 12 GHz to 1000 GHz(different bandwidths for different diagnostics) between the plasma and a diagnostic area tens of meters away. The designs proposed for vacuum windows, in-vessel waveguides and antennas are presented together with the development activities needed to finalise this work.
ISSN:2331-8422