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Tritium retention characteristics in dust particles in JET with ITER-like wall
A tritium imaging plate technique (TIPT) in combination with an electron-probe microscopic analysis (EPMA) were applied to examine tritium (T) retention characteristics in individual dust particles collected in the Joint European Torus with the ITER-like Wall (JET-ILW) after the first campaign in 2011–2012.A lot of carbon (C)-dominated dust particles were found, which would be pre-existing carbon deposits in the JET-C or released carbon particles from the remaining carbon-fiber components in the JET-ILW. Most of T was retained at the surface of and/or in the C-dominated dust particles. The retention in tungsten, beryllium and other metal-dominated dust particles is relatively lower by a factor of 10–100 in comparison with that in the C-dominated particles. Keywords: JET-ILW, Dust, Tritium, Imaging plate, Electron prove microscopic analysis
Tritium retention characteristics in dust particles in JET with ITER-like wall
A tritium imaging plate technique (TIPT) in combination with an electron-probe microscopic analysis (EPMA) were applied to examine tritium (T) retention characteristics in individual dust particles collected in the Joint European Torus with the ITER-like Wall (JET-ILW) after the first campaign in 2011–2012.A lot of carbon (C)-dominated dust particles were found, which would be pre-existing carbon deposits in the JET-C or released carbon particles from the remaining carbon-fiber components in the JET-ILW. Most of T was retained at the surface of and/or in the C-dominated dust particles. The retention in tungsten, beryllium and other metal-dominated dust particles is relatively lower by a factor of 10–100 in comparison with that in the C-dominated particles. Keywords: JET-ILW, Dust, Tritium, Imaging plate, Electron prove microscopic analysis
Tritium retention characteristics in dust particles in JET with ITER-like wall
T. Otsuka (author) / S. Masuzaki (author) / N. Ashikawa (author) / Y. Hatano (author) / Y. Asakura (author) / Tatsuya Suzuki (author) / Takumi Suzuki (author) / K. Isobe (author) / T. Hayashi (author) / M. Tokitani (author)
2018
Article (Journal)
Electronic Resource
Unknown
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