@article{oai:repo.qst.go.jp:00049592,
 author = {T., Otsuka (Kindai University) and S., Masuzaki (National Institute for Fusion Science) and N., Ashikawa (National Institute for Fusion Science) and Y. Hatano (University of Toyama) and Asakura, Nobuyuki and Suzuki, Tatsuya and Suzuki, Takumi and Isobe, Kanetsugu and Hayashi, Takumi and M., Tokitani (National Institute for Fusion Science) and Y., Oya (Shizuoka University) and Hamaguchi, Dai and Kurotaki, Hironori and R., Sakamoto (National Institute for Fusion Science) and Tanigawa, Hiroyasu and Nakamichi, Masaru and A., Widdowson (Culham Centre for Fusion Energy, UK) and M., Rubel (Royal Institute of Technology, Sweden) and Asakura, Nobuyuki and Suzuki, Tatsuya and Suzuki, Takumi and Isobe, Kanetsugu and Hayashi, Takumi and Hamaguchi, Dai and Kurotaki, Hironori and Tanigawa, Hiroyasu and Nakamichi, Masaru},
 issue = {12},
 journal = {Nuclear Materials and Energy},
 month = {Feb},
 note = {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.},
 pages = {279--283},
 title = {Tritium retention characteristic in dust particles in JET with ITER-like wall},
 volume = {17},
 year = {2019}
}