"Tsendsuren Amarjargal,Jun Nishiyama,Toru Obara","Coolant void coefficient in a sodium-cooled rotational fuel-shuffling breed-and-burn fast reactor","International Symposium on Zero-Carbon Energy Systems, IZES","Progress in Nuclear Science and Technology","Atomic Energy Society of Japan","Vol. 7",,"pp. 5-8",2025,Mar.
"Odmaa Sambuu,Van Khanh Hoang,Tsendsuren Amarjargal,Toru Obara","Fuel Cycle Features of RFBB Fast Reactor with Advanced Fuel",,"Journal of Nuclear Science and Technology",,"Vol. 62","No. 6","pp. 562-572",2025,Jan.
"Tsendsuren Amarjargal,Jun Nishiyama,Toru Obara","Small rotational fuel-shuffling breed-and-burn sodium-cooled and nitride-fueled fast reactor with LBE reflectors",,"Annals of Nuclear Energy",,"Vol. 201",,"  110445",2024,Mar.
"Tsendsuren Amarjargal","Small rotational fuel shuffling breed and burn fast reactor with nitride fuel and sodium coolant",,,,,,,2023,Sept.
"Tsendsuren Amarjargal","Small rotational fuel shuffling breed and burn fast reactor with nitride fuel and sodium coolant",,,,,,,2023,Sept.
"Tsendsuren Amarjargal,Jun Nishiyama,Toru Obara","Small sodium-cooled RFBB with nitride fuel and LBE Reflectors","2023 autumn meeting of Atomic Energy Society of Japan","Proc. of 2023 autumn meeting of Atomic Energy Society of Japan",,,,"  1H14",2023,Sept.
"Tsendsuren Amarjargal","Small rotational fuel shuffling breed and burn fast reactor with nitride fuel and sodium coolant",,,,,,,2023,Sept.
"Tsendsuren Amarjargal","Small rotational fuel shuffling breed and burn fast reactor with nitride fuel and sodium coolant",,,,,,,2023,Sept.
"Tsendsuren Amarjargal,Jun Nishiyama,Toru Obara","Core Concept of Small Rotational Fuel-Shuffling Breed-and-Burn Fast Reactor with Nitride Fuel and Sodium Coolant",,"Nuclear Science and Engineering",,"Vol. 197",,"pp. 711-718",2023,Apr.
"Tsendsuren Amarjargal,Jun Nishiyama,Toru Obara","Feasibility of rotational shuffling Breed-and-Burn fast reactor with nitride fuel and sodium coolant","2022 autumn  meeting of Atomic Energy Society of Japan","Proc. of 2022 autumn  meeting of Atomic Energy Society of Japan",,,,"  2F11",2022,Sept.