Oral Presentation

[1J01-05] Fusion Reactor Component Technology (Divertor)

Sat. Mar 26, 2016 10:30 AM - 11:55 AM Room J (Lecture Rooms C C102)

Chair: Satoshi Ito (Tohoku Univ.)

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10:30 AM - 10:45 AM

[1J01] Development of high strength W/V/Au/ODS-Cu joint using HIP process

＊Hiroyuki Noto¹, Tetsuya Yamada², Yoshimitsu Hishinuma¹, Takeo Muroga¹ (1.National Institute for Fusion Science, 2.Nagoya University)

10:45 AM - 11:00 AM

[1J02] Progress of research and development for ITER Full-W divertor

(1)Manufacturing full-scale prototypes of plasma facing units and their high heat flux testing

＊KOICHIRO Ezato¹, Yohji Seki¹, Satoshi Suzuki¹, Kenji Yokoyama¹, Hirokazu Yamada¹, Tomoyuki Yamada¹ (1.JAEA)

11:00 AM - 11:15 AM

[1J03] Progress of research and development of Full-W ITER divertor

(2)Deformation of tungsten after high heat flux testing for full-scale prototypes of plasma facing units

＊Yohji Seki¹, Koichiro Ezato¹, Satoshi Suzuki¹, Kenji Yokoyama¹, Hirokazu Yamada¹, Tomoyuki Hirayama¹ (1.JAEA)

11:15 AM - 11:30 AM

[1J04] Deuterium retention behavior of tungsten with argon gas puffing

＊Toshiyuki Kasama¹, Yuji Yamauchi¹, Yuji Nobuta¹, Kiyohiko Nishimura² (1.Hokkaido Univ., 2.NIFS)

11:30 AM - 11:45 AM

[1J05] Heat load analysis of the divertor tile of Large Helical Device during long pulse discharge

＊Hiroto Matsuura¹, Ippei Watanabe², Hirohiko Tanaka³, Yasuhiro Suzuki³, Kenichi Nagaoka³ (1.Radiation Research Center, Osaka Pref. Univ., 2.The Graduate University for Advanced Studies, 3.National Institute for Fusion Science)

Time reserved for Chair （11:45 AM - 11:55 AM）

Oral Presentation

[1J06-11] Fusion Reactor Component Technology (Superconducting Magnet)

Sat. Mar 26, 2016 2:45 PM - 4:20 PM Room J (Lecture Rooms C C102)

Chair: Hisashi Tanigawa (JAEA)

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2:45 PM - 3:00 PM

[1J06] Research progress in joint and cooling techniques for a remountable high-temperature superconducting magnet

(1)Heat transfer characteristics of a metal porous media inserted channel

＊Satoshi Ito¹, Shunsuke Sasaki¹, Hidetoshi Hashizume¹ (1.Tohoku Univ.)

3:00 PM - 3:15 PM

[1J07] Research progress in joint and cooling techniques for a remountable high-temperature superconducting magnet

(2)Reduction of joint resistance by temperature control during fabrication of the joint

＊Tatsuki Nishio¹, Satoshi Ito¹, Hidetoshi Hashizume¹ (1.Tohoku Univ.)

3:15 PM - 3:30 PM

[1J08] Research progress in joint and cooling techniques for a remountable high-temperature superconducting magnet

(3)Evaluation of shear strength of mechanical joint

＊Luis Aparicio¹, Satoshi Ito¹, Hidetoshi Hashizume¹ (1.Tohoku Univ.)

3:30 PM - 3:45 PM

[1J09] Research progress in joint and cooling techniques for a remountable high-temperature superconduction magnet

(4)Analysis of joint condition by using X-ray CT images

＊weixi chen¹, noritaka yusa¹, satoshi ito¹, hidetoshi hashizume¹ (1.Tohoku Univ.)

3:45 PM - 4:00 PM

[1J10] Present status of construction of superconducting Tokamak JT-60SA

1. Overall progress

＊Yoshitaka Ikeda¹, JT-60SA Team¹ (1.Japan Atomic Energy Agency)

4:00 PM - 4:15 PM

[1J11] Present status of construction of superconducting Tokamak JT-60SA

2.Assembly of vacuum vessel

＊Fuminori OKANO¹, JT-60SA Team¹ (1.JAEA)

Time reserved for Chair （4:15 PM - 4:20 PM）

Oral Presentation

[1J12-16] Fusion Reactor Blanket

Sat. Mar 26, 2016 4:20 PM - 5:45 PM Room J (Lecture Rooms C C102)

Chair: Masatoshi Kondo (Tokyo Tech)

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4:20 PM - 4:35 PM

[1J12] Feasibility study of molten salt blanket system for transmutation of radioactive wastes

(1)Evaluation of neutronic performance based on MA burn-up analysis

＊Yuki Furudate¹, Hiroki Shishido¹, Noritaka Yusa¹, Hidetoshi Hashizume¹ (1.Tohoku Univ.)

4:35 PM - 4:50 PM

[1J13] Feasibility study of molten salt blanket system for transmutation of radioactive wastes

(2)Evaluation of the heat transfer properties of Flinabe using molecular dynamics simulations

＊Hiroki Shishido¹, Yuki Furudate¹, Noritaka Yusa¹, Hidetoshi Hashizume¹, Yoshiki Ishii², Norikazu Ohtori² (1.Tohoku Univ., 2.Niigata Univ.)

4:50 PM - 5:05 PM

[1J14] Study on thermal mixing of liquid-metal free-surface by obstacle installed at the bottom of a channel

＊Koji Kusumi¹, Tomoaki Kunugi¹, Takehiko Yokomine¹, Zensaku Kawara¹ (1.Kyoto University Department of Nuclear Engineering)

5:05 PM - 5:20 PM

[1J15] Study on fluid dynamics of liquid metal breeder under magnetic field

＊Yuki Iwama¹, Masaru Kaginaka¹, Eiji Hoashi¹, Takafumi Okita¹, Nobuo Yamaoka¹, Hiroshi Horiike², Takehiko Yokomine³, Takeo Muroga⁴ (1.Graduate School of Engineering Osaka University Division of Sustainable Energy and Environmental Engineering, 2.Faculty of Engineering, Department of Applied Nuclear Technology, Fukui University of Technology, 3.Department of Nuclear Engineering, Kyoto University, 4.Department of Helical Plasma Research, National Institute for Fusion Science)

5:20 PM - 5:35 PM

[1J16] Thermal Response Characteristics of Blanket Caused by Decay Heat under LOCA

＊Hyoseong Gwon¹, Hisashi Tanigawa¹, Motoki Nakajima¹, Takanori Hirose¹, Yoshinori Kawamura¹ (1.Japan Atomic Energy Agency)

Time reserved for Chair （5:35 PM - 5:45 PM）

Sessions

V. Fusion Energy Engineering » 501-4. Reactor Component Technology, First Wall, Divertor, Magnet

[1J01-05] Fusion Reactor Component Technology (Divertor)

[1J01] Development of high strength W/V/Au/ODS-Cu joint using HIP process

[1J02] Progress of research and development for ITER Full-W divertor

(1)Manufacturing full-scale prototypes of plasma facing units and their high heat flux testing

[1J03] Progress of research and development of Full-W ITER divertor

(2)Deformation of tungsten after high heat flux testing for full-scale prototypes of plasma facing units

[1J04] Deuterium retention behavior of tungsten with argon gas puffing

[1J05] Heat load analysis of the divertor tile of Large Helical Device during long pulse discharge

[1J06-11] Fusion Reactor Component Technology (Superconducting Magnet)

[1J06] Research progress in joint and cooling techniques for a remountable high-temperature superconducting magnet

(1)Heat transfer characteristics of a metal porous media inserted channel

[1J07] Research progress in joint and cooling techniques for a remountable high-temperature superconducting magnet

(2)Reduction of joint resistance by temperature control during fabrication of the joint

[1J08] Research progress in joint and cooling techniques for a remountable high-temperature superconducting magnet

(3)Evaluation of shear strength of mechanical joint

[1J09] Research progress in joint and cooling techniques for a remountable high-temperature superconduction magnet

(4)Analysis of joint condition by using X-ray CT images

[1J10] Present status of construction of superconducting Tokamak JT-60SA

1. Overall progress

[1J11] Present status of construction of superconducting Tokamak JT-60SA

2.Assembly of vacuum vessel

[1J12-16] Fusion Reactor Blanket

[1J12] Feasibility study of molten salt blanket system for transmutation of radioactive wastes

(1)Evaluation of neutronic performance based on MA burn-up analysis

[1J13] Feasibility study of molten salt blanket system for transmutation of radioactive wastes

(2)Evaluation of the heat transfer properties of Flinabe using molecular dynamics simulations

[1J14] Study on thermal mixing of liquid-metal free-surface by obstacle installed at the bottom of a channel

[1J15] Study on fluid dynamics of liquid metal breeder under magnetic field

[1J16] Thermal Response Characteristics of Blanket Caused by Decay Heat under LOCA

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