Functional materials for ITER diagnostic systems – Radiation aspects

ITER will be the first fusion device able to maintain fusion for long periods of time and therefore suitable to test integrated technologies, materials, and physics regimes necessary for the commercial production of fusion-based electricity. Therefore, ITER provides a harsh radiation environment tha...

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Veröffentlicht in:	Fusion engineering and design 2017-12, Vol.125, p.277-282
Hauptverfasser:	Casal, Natalia, Andrew, Philip, Barnsley, Robin, Bassan, Michele, Barbero, José Luis, Bertalot, Luciano, De Bock, Maarten, Brichard, Benoit, Giacomin, Thibaud, Juarez, Rafael, Kocan, Martin, Le Guern, Frederic, Loughlin, Michael, Ma, Yunxing, Mackel, Felix, Meister, Hans, Maquet, Philippe, Martin, Vincent, Reichle, Roger, Seyvet, Fabien, Sirinelli, Antoine, Shigin, Pavel, Udintsev, Victor, Vayakis, George, Vorpahl, Christian, Watts, Cristopher, Walsh, Michael
Format:	Artikel
Sprache:	eng
Schlagworte:	Assemblies Bolometers Coils Diagnostic systems Diagnostics Electrical resistivity Electricity generation Electronic components Functional materials Fusion Heat conductivity Insulators ITER Magnetic coils Magnetic shielding Materials selection Mechanical properties Nuclear engineering Nuclear power plants Nuclear safety Optical fibers Optical materials Radiation Radiation damage Radiation effects Radiation measurement Radiation shielding Tokamak devices Transmutation
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