Oral presentation

V. Nuclear Fuel Cycle and Nuclear Materials » 502-1 Nuclear Materials, Degradation, Radiation Effects, and Related Technology

[1M01-05] Ceramics

Mon. Mar 16, 2020 10:30 AM - 11:55 AM Room M (Lecture Bildg. S 3F S-31)

Chair:Katsuhiko Fujii(INSS)

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10:30 AM - 10:45 AM

[1M01] Effect of Tungsten Matrix on Mechanical Properties of SiC Fiber Reinforced W Composites

*YINA DU¹, Bo Huang¹, Tatsuya Hinoki¹, Fujio Shinoda¹, Kanjiro Kawasaki¹ (1. Institute of Advanced Energy,Kyoto Universitiy)

10:45 AM - 11:00 AM

[1M02] Microstructural Response of C/BN Particle Dispersed SiC Materials to Ion Irradiation

*Bo Huang¹, Yina Du¹, Junyeab Lee¹, Kanjiro Kawasaki¹, Fujio Shinoda¹, Tatsuya Hinoki¹ (1. Kyoto Univ.)

11:00 AM - 11:15 AM

[1M03] Development of Highly Microstructure-Controlled Ceramic Neutron Absorbers for Improving Safety of Fast Reactors

(1)Neutron and Helium Implantation Test for B₄C-based Ceramics

*Ryosuke S. S. Maki¹, Fajar Muhammad¹, Jelena Maletaskic¹, Anna Gubarevich¹, Tatsuya Katabuchi¹, Toyohiko Yano¹, Katsumi Yoshida¹, Tohru S. Suzuki², Tetsuo Uchikoshi² (1. Tokyo Tech, 2. NIMS)

11:15 AM - 11:30 AM

[1M04] Development of Highly Microstructure-Controlled Ceramic Neutron Absorbers for Improving Safety of Fast Reactors

(2)Fabrication and Evaluation of Highly Controlled Microstructure in B₄C Neutron Absorber by Magnetic Field-Assisted Colloidal Processing

*Shota Azuma¹, Testuo Uchikoshi¹, Katsumi Yoshida², Tohru S Suzuki¹ (1. NIMS, 2. Tokyo Tech)

11:30 AM - 11:45 AM

[1M05] Development of Highly Microstructure-Controlled Ceramic Neutron Absorbers for Improving Safety of Fast Reactors

(3)Post-Irradiation Microstructure Evaluation of "Joyo" Irradiated B₄C Control Materials

*Yuta Shizukawa¹, Yoshihiro Sekio¹, Toshihiko Inoue¹, Koji Maeda¹, Katsumi Yoshida² (1. JAEA, 2. Tokyo Tech)

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

Session information

[1M01-05] Ceramics

[1M01] Effect of Tungsten Matrix on Mechanical Properties of SiC Fiber Reinforced W Composites

[1M02] Microstructural Response of C/BN Particle Dispersed SiC Materials to Ion Irradiation

[1M03] Development of Highly Microstructure-Controlled Ceramic Neutron Absorbers for Improving Safety of Fast Reactors

(1)Neutron and Helium Implantation Test for B₄C-based Ceramics

[1M04] Development of Highly Microstructure-Controlled Ceramic Neutron Absorbers for Improving Safety of Fast Reactors

(2)Fabrication and Evaluation of Highly Controlled Microstructure in B₄C Neutron Absorber by Magnetic Field-Assisted Colloidal Processing

[1M05] Development of Highly Microstructure-Controlled Ceramic Neutron Absorbers for Improving Safety of Fast Reactors

(3)Post-Irradiation Microstructure Evaluation of "Joyo" Irradiated B₄C Control Materials

Authentication

Session information

[1M01-05] Ceramics

[1M01] Effect of Tungsten Matrix on Mechanical Properties of SiC Fiber Reinforced W Composites

[1M02] Microstructural Response of C/BN Particle Dispersed SiC Materials to Ion Irradiation

[1M03] Development of Highly Microstructure-Controlled Ceramic Neutron Absorbers for Improving Safety of Fast Reactors

(1)Neutron and Helium Implantation Test for B4C-based Ceramics

[1M04] Development of Highly Microstructure-Controlled Ceramic Neutron Absorbers for Improving Safety of Fast Reactors

(2)Fabrication and Evaluation of Highly Controlled Microstructure in B4C Neutron Absorber by Magnetic Field-Assisted Colloidal Processing

[1M05] Development of Highly Microstructure-Controlled Ceramic Neutron Absorbers for Improving Safety of Fast Reactors

(3)Post-Irradiation Microstructure Evaluation of "Joyo" Irradiated B4C Control Materials

Authentication

(1)Neutron and Helium Implantation Test for B₄C-based Ceramics

(2)Fabrication and Evaluation of Highly Controlled Microstructure in B₄C Neutron Absorber by Magnetic Field-Assisted Colloidal Processing

(3)Post-Irradiation Microstructure Evaluation of "Joyo" Irradiated B₄C Control Materials