"Hiroki Osato,Jun Nishiyama,Toru Obara","Study on CANDLE Burning Fast Reactor with Initial Core Using Plutonium from LWR Spent Fuel",,"Energy Procedia",,"Vol. 131",,"pp. 15-20",2017,Dec.
"Van Khanh Hoang,Jun Nishiyama,Toru Obara","Effect of Compensating for Fuel Losses in Melt and Refining Process for Small CANDLE Reactor","American Nuclear Society 2017 Winter Meeting","Transactions of the American Nuclear Society",,"Vol. 117",,"pp. 1487-1488",2017,Oct.
"Hiroki Osato,Jun Nishiyama,Toru Obara","Initial Core Design of CANDLE Bruning Fast Reactor Using Plutonium from LWR Spent Fuel","American Nuclear Society 2017 Winter Meeting","Transactions of the American Nuclear Society",,"Vol. 117",,"pp. 1485-1486",2017,Oct.
"Kazuki Kuwagaki,Jun Nishiyama,Toru Obara","Feasibility of Bruning Wave Reactor with Continuous Fuel Movement","American Nuclear Society 2017 Winter Meeting","Transactions of the American Nuclear Society",,"Vol. 117",,"pp. 1101-1104",2017,Oct.
"Hoang Hai Nguyen,Jun Nishiyama,Toru Obara","Burnup analysis of CANDLE burning reactor by Monte Carlo based method","2017 fall meeting of Atomic Energy Society of Japan","Proc. of 2017 fall meeting of Atomic Energy Society of Japan",,,,"  3H15",2017,Sept.
"Jun Nishiyama,Kazuki Kuwagaki,Toru OBARA","Feasibility of Breed and Burn reactor with spiral pattern fuel movement","2017 fall meeting of Atomic Energy Society of Japan","Proc. of 2017 fall meeting of Atomic Energy Society of Japan",,,,"  3H17",2017,Sept.
"Kazuki Kuwagaki,Jun Nishiyama,Toru Obara","Preliminary Study of Burning Wave Reactor with Continuous Fuel Movement","Reactor Physics Asia 2017 (RPHA17) Conference","Proc. of the Reactor Physics Asia 2017 (RPHA17) Conference",,,,,2017,Aug.
"Toru Obara,Kazuki Kuwagaki,Jun Nishiyama","Feasibility of Burning Wave Fast Reactor Concept with Rotational Fuel Shuffling","International Conference of Fast Reactors and Related Fuel Cycles: Next Generation Nculear Systems for Sustainable Development (FR17)","Proceedings of International Conference of Fast Reactors and Related Fuel Cycles: Next Generation Nculear Systems for Sustainable Development (FR17)",,,,"  IAEA-CN245-051",2017,June
"Van Khanh Hoang,Jun Nishiyama,Toru Obara","Effect of homogenization of breeding zone in small CANDLE burning reactor with melt and refining process","2017 International Congress on Advances in Nuclear Power Plants (ICAPP2017)","Proceedings of 2017 International Congress on Advances in Nuclear Power Plants (ICAPP2017)",,,,"  17696",2017,Apr.
"Toru Obara,Van Khanh Hoang,Jun Nishiyama","Concept of small CANDLE reactor with melt and refining process","2017 International Congress on Advances in Nuclear Power Plants (ICAPP2017)","Proceedings of 2017 International Congress on Advances in Nuclear Power Plants (ICAPP2017)",,,,"  17739",2017,Apr.
"Julia Abdul Karim,Jun Nishiyama,Toru Obara","Effects of cooling interval time in melt and refining process for CANDLE burning",,"Annals of Nuclear Energy",,"Vol. 105",,"pp. 144-149",2017,Mar.
"Kazuki Kuwagaki,Jun Nishiyama,Toru OBARA","Feasibility of Breed and Burn Reactor with Continuous Fuel Moving","2017 annual meeting of Atomic Energy Society of Japan","Proc. of 2017 annual meeting of Atomic Energy Society of Japan",,,,"  3F16",2017,Mar.
"Hiroki Osato,Jun Nishiyama,Toru OBARA","Initial Core Design of CANDLE Burning Fast Reactor Using Plutonium from LWR Spent Fuel","2017 annual meeting of Atomic Energy Society of Japan","Proc. of 2017 annual meeting of Atomic Energy Society of Japan",,,,"  3F15",2017,Mar.
"Matsumoto, T.,Masuda, A.,Harano, H.,Shikaze, Y.,Tanimura, Y.,Seito, H.,Kurashima, S.,Nishino, S.,Yoshitomi, H.,Jun Nishiyama,Hagiwara, M.,Unno, Y.,Yoshizawa, M.","Development of the high-energy neutron fluence rate standard field in Japan with a peak energy of 45 MeV using the<sup>7</sup>Li(p,n)<sup>7</sup>Be reaction at TIARA",,"Journal of Nuclear Science and Technology",,"Vol. 54","No. 5","pp. 529-538",2017,
"Masuda, A.,Matsumoto, T.,Iwamoto, Y.,Hagiwara, M.,Satoh, D.,Sato, T.,Iwase, H.,Yashima, H.,Nakane, Y.,Jun Nishiyama,Shima, T.,Tamii, A.,Hatanaka, K.,Harano, H.,Nakamura, T.","Applicability of the two-angle differential method to response measurement of neutron-sensitive devices at the RCNP high-energy neutron facility",,"Nuclear Instruments and Methods in Physics Research, Section A: Accelerators, Spectrometers, Detectors and Associated Equipment",,"Vol. 849",,"pp. 94-101",2017,
"Matsumoto, T.,Masuda, A.,Jun Nishiyama,Iwase, H.,Iwamoto, Y.,Satoh, D.,Hagiwara, M.,Yashima, H.,Shima, T.,Nakamura, T.,Harano, H.,Tamii, A.,Hatanaka, K.","Shielding experiments of concrete and iron for the 244 MeV and 387 MeV quasi-mono energetic neutrons using a Bonner sphere spectrometer (at RCNP, Osaka Univ.)",,"EPJ Web of Conferences",,"Vol. 153",,,2017,