Oral presentation

[1G01-04] Advanced Reactor Design

Wed. Sep 7, 2022 10:15 AM - 11:20 AM Room G (E1 Bildg.3F No.32)

Chair:Tadafumi Sano(Kindai Univ.)

10:15 AM - 10:30 AM

[1G01] Evaluation of physical properties of Be₂-CsF using machine learning molecular dynamics simulations for developing nulcear transmutation targets

*Tenta Noki¹, Hiroki Shishido¹, Hidetoshi Hashizume¹ (1. Tohoku University)

10:30 AM - 10:45 AM

[1G02] Core characteristics and generation cost evaluation of heavy-water-cooled reduced-moderation thorium breeder reactor with radial and axial blankets

*Yuki Sakurai¹, Tomoatsu Shinohara¹, Hiroki Ishida², Tetsuya Inoue¹, Naoyuki Takaki¹ (1. Tokyo City Univ, 2. Toshiba Plant Systems & Services Corporation)

10:45 AM - 11:00 AM

[1G03] Simplified reprocessing and synthetic wave CANDLE burning method to maximize uranium resource utilization

*Tomohiro Yamashita¹, Naoyuki Takaki¹ (1. TCU)

11:00 AM - 11:15 AM

[1G04] The optimization of Pu layout in SiC matrix fuel compact HTTR core for higher power density operation

*Yosuke Nishimura¹, Koji Okamoto ¹ (1. The University of Tokyo )

Time reserved for Chair （11:15 AM - 11:20 AM）

Oral presentation

[1G05-06] Molten Salt Reactor

Wed. Sep 7, 2022 11:20 AM - 11:55 AM Room G (E1 Bildg.3F No.32)

Chair:Naoyuki Takaki(TCU)

11:20 AM - 11:35 AM

[1G05] Research and development of a small chloride molten salt fast reactor

(1) Evaluation of power distribution by a coupling calculation of neutronics and thermal-hydroulics

*Yoshihisa Tahara¹, Satoshi Chiba¹, Hiroyasu Mochizuki¹ (1. Tokyo Tech)

11:35 AM - 11:50 AM

[1G06] Research and development of a small chloride molten salt fast reactor

(2)Preliminary investigation of optimum control rod worth

*Haruka Hirano¹, Yoshihisa Tahara¹, Satoshi Chiba¹, Hiroyasu Mochizuki¹ (1. Tokyo Tech )

Time reserved for Chair （11:50 AM - 11:55 AM）

Sessions

III. Fission Energy Engineering » 301-2 Reactor Design, Nuclear Energy Strategy, Nuclear Transmutation

[1G01-04] Advanced Reactor Design

[1G01] Evaluation of physical properties of Be₂-CsF using machine learning molecular dynamics simulations for developing nulcear transmutation targets

[1G02] Core characteristics and generation cost evaluation of heavy-water-cooled reduced-moderation thorium breeder reactor with radial and axial blankets

[1G03] Simplified reprocessing and synthetic wave CANDLE burning method to maximize uranium resource utilization

[1G04] The optimization of Pu layout in SiC matrix fuel compact HTTR core for higher power density operation

[1G05-06] Molten Salt Reactor

[1G05] Research and development of a small chloride molten salt fast reactor

(1) Evaluation of power distribution by a coupling calculation of neutronics and thermal-hydroulics

[1G06] Research and development of a small chloride molten salt fast reactor

(2)Preliminary investigation of optimum control rod worth

Authentication

Sessions

III. Fission Energy Engineering » 301-2 Reactor Design, Nuclear Energy Strategy, Nuclear Transmutation

[1G01-04] Advanced Reactor Design

[1G01] Evaluation of physical properties of Be2-CsF using machine learning molecular dynamics simulations for developing nulcear transmutation targets

[1G02] Core characteristics and generation cost evaluation of heavy-water-cooled reduced-moderation thorium breeder reactor with radial and axial blankets

[1G03] Simplified reprocessing and synthetic wave CANDLE burning method to maximize uranium resource utilization

[1G04] The optimization of Pu layout in SiC matrix fuel compact HTTR core for higher power density operation

[1G05-06] Molten Salt Reactor

[1G05] Research and development of a small chloride molten salt fast reactor

(1) Evaluation of power distribution by a coupling calculation of neutronics and thermal-hydroulics

[1G06] Research and development of a small chloride molten salt fast reactor

(2)Preliminary investigation of optimum control rod worth

Authentication

[1G01] Evaluation of physical properties of Be₂-CsF using machine learning molecular dynamics simulations for developing nulcear transmutation targets