Oral presentation

V. Nuclear Fuel Cycle and Nuclear Materials » 501-2 Nuclear Fuel and the Irradiation Behavior

[2D05-09] Accident-tolerant Fuel 2

Thu. Sep 6, 2018 10:35 AM - 12:00 PM Room D (A32 -A Building)

Chair:Kan Sakamoto(NFD)

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10:35 AM - 10:50 AM

[2D05] The feasibility study on SiC composite fuel cladding for the Accident Tolerant Fuel to the existing PWR plants

(5) Evaluation of influence on core neutronics characteristics and fuel behavior

*Nozomu Murakami¹, Kazuki Kirimura¹, Kazuya Yamaji¹, Daisuke Sato¹, Seiichi Watanabe², Daiki Sato², Kenichiro Furumoto², Shinichiro Yamashita³, Tokio Fukahori³ (1. MHI, 2. MNF, 3. JAEA)

10:50 AM - 11:05 AM

[2D06] The feasibility study on SiC composite fuel cladding for the Accident Tolerant Fuel to the existing PWR plants

(6) Mechanical property test

*Kenichiro Furumoto¹, Daiki Sato¹, Seiichi Watanabe¹, Shinichiro Yamashita², Tokio Fukahori² (1. MNF, 2. JAEA)

11:05 AM - 11:20 AM

[2D07] The feasibility study on SiC composite fuel cladding for the Accident Tolerant Fuel to the existing PWR plants

(7) LOCA simulated test

*Daiki Sato¹, Seiichi Watabe¹, Daisuke Komiyama¹, Kenichiro Furumoto¹, Michiaki Okamoto², Masaaki Yamato², Yamashita Shinichiro³, Tokio Fukahori³ (1. MNF, 2. MHI, 3. JAEA)

11:20 AM - 11:35 AM

[2D08] R&D for introducing silicon carbide materials to safety improvement of BWRs core

(3) Plant transient analysis with SiC clad fuel for RIA accident

*Hideki Horie¹, Yutaka Takeuchi¹, Kazuo Kakiuchi¹, Hisaki Sato¹, Noriko Shirasu², Hiroaki Saito², Shinichiro Yamashita², Tokio Fukahori² (1. Toshiba Energy Systems & Solutions Corporation, 2. Japan Atomic Energy Agency)

11:35 AM - 11:50 AM

[2D09] High Temperature Formation Behavior of SiO₂ Oxide Film Formed on Surface of SiC

*Souichirou Yamaguchi¹, Takashi Onithuka², Masayoshi Uno² (1. University of Fukui graduate school of engineering Advanced Interdisciplinary Science and Technology, 2. Research Institute of Nuclear Engineering)

Time reserved for Chair (11:50 AM - 12:00 PM)

Session information

[2D05-09] Accident-tolerant Fuel 2

[2D05] The feasibility study on SiC composite fuel cladding for the Accident Tolerant Fuel to the existing PWR plants

(5) Evaluation of influence on core neutronics characteristics and fuel behavior

[2D06] The feasibility study on SiC composite fuel cladding for the Accident Tolerant Fuel to the existing PWR plants

(6) Mechanical property test

[2D07] The feasibility study on SiC composite fuel cladding for the Accident Tolerant Fuel to the existing PWR plants

(7) LOCA simulated test

[2D08] R&D for introducing silicon carbide materials to safety improvement of BWRs core

(3) Plant transient analysis with SiC clad fuel for RIA accident

[2D09] High Temperature Formation Behavior of SiO₂ Oxide Film Formed on Surface of SiC

Authentication

Session information

[2D05-09] Accident-tolerant Fuel 2

[2D05] The feasibility study on SiC composite fuel cladding for the Accident Tolerant Fuel to the existing PWR plants

(5) Evaluation of influence on core neutronics characteristics and fuel behavior

[2D06] The feasibility study on SiC composite fuel cladding for the Accident Tolerant Fuel to the existing PWR plants

(6) Mechanical property test

[2D07] The feasibility study on SiC composite fuel cladding for the Accident Tolerant Fuel to the existing PWR plants

(7) LOCA simulated test

[2D08] R&D for introducing silicon carbide materials to safety improvement of BWRs core

(3) Plant transient analysis with SiC clad fuel for RIA accident

[2D09] High Temperature Formation Behavior of SiO2 Oxide Film Formed on Surface of SiC

Authentication

[2D09] High Temperature Formation Behavior of SiO₂ Oxide Film Formed on Surface of SiC