@article{oai:nifs-repository.repo.nii.ac.jp:00010588,
 author = {OGAWA,  Kunihoro and ISOBE,  Mitsutaka and Nishitani, Takeo and TAKADA, Eiji and Kawase, Hiroki and Amitani, Tatsuki and PU, Neng and JO, Jungmin and Cheon, MunSeong and KIM, Junghee and MIWA, Misako and MATSUYAMA, Shigeo and Murata, Isao},
 journal = {Review of Scientific Instruments},
 month = {Jul},
 note = {0000-0003-4555-1837, The behavior of the 1 MeV triton has been studied in order to understand the alpha particle confinement property in the deuterium operation of toroidal fusion devices. To obtain time evolution of the deuterium-tritium (D-T) neutron emission rate where the secondary DT neutron emission rate is approximately 1012 n/s, we designed two high detection efficiency scintillating fiber (Sci-Fi) detectors: a 1 mm-diameter scintillation fiber-based detector Sci-Fi1 and a 2 mm-diameter scintillation fiber-based detector Sci-Fi2. The test in an accelerator-based neutron generator was performed. The result shows that the directionality of each detector is 15° and 25°, respectively. It is found that detection efficiency for DT neutrons is around 0.23 counts/n cm2 for the Sci-Fi1 detector and is around 1.0 counts/n cm2 for the Sci-Fi2 detector.},
 title = {High detection efficiency scintillating fiber detector for time-resolved measurement of triton burnup 14 MeV neutron in deuterium plasma experiment},
 volume = {89},
 year = {2018}
}