[3I09-12] Debris 1

Fri. Mar 19, 2021 2:45 PM - 4:00 PM Room I (Zoom room 9)

Chair: Masahiko Nakase (Tokyo Tech)

2:45 PM - 3:00 PM

[3I09] Research on the stability of fuel debris consisting of oxides and alloys

(7)Stability of simulated fuel debris in the UO₂-Zr-SS system

*Akira Kirishima¹, Daisuke Akiyama¹, Nobuaki Sato¹, Takayuki Sasaki², Masayuki Watanabe³, Yuta Kumagai³, Ryoji Kusaka³ (1. Tohoku Univ., 2. Kyoto Univ., 3. JAEA)

3:00 PM - 3:15 PM

[3I10] Research on the stability of fuel debris consisting of oxides and alloys

(8)Dissolution of uranium from simulated fuel debris in the UO₂-Zr-SS system and formation of alteration layer

*Yuta Kumagai¹, Masayuki Watanabe¹, Ryoji Kusaka¹, Daisuke Akiyama², Akira Kirishima², Nobuaki Sato², Takayuki Sasaki³ (1. JAEA, 2. Tohoku Univ., 3. Kyoto Univ.)

3:15 PM - 3:30 PM

[3I11] Research on the stability of fuel debris consisting of oxides and alloys

(9)Raman microscopic analysis of simulated fuel debris in the UO₂-Zr-SS system

*Ryoji Kusaka¹, Yuta Kumagai¹, Masayuki Watanabe¹, Daisuke Akiyama², Akira Kirishima², Nobuaki Sato², Takayuki Sasaki³ (1. JAEA, 2. Tohoku Univ., 3. Kyoto Univ.)

3:30 PM - 3:45 PM

[3I12] Research on the stability of fuel debris consisting of oxides and alloys

(10)Leaching behavior of nuclies from simulated fuel debris in the UO2-Zr-SS system - Irradiation or addition method

*Takayuki SASAKI¹, Ryutaro Tonna¹, Taishi Kobayashi¹, Daisuke Akiyama², Akira Kirishima², Nobuaki Sato², Masayuki Watanabe³, Yuta Kumagai³, Ryoji Kusaka³ (1. Kyoto Univ., 2. Tohoku Univ., 3. JAEA)

Time reserved for Chair (3:45 PM - 4:00 PM)

Session information

[3I09-12] Debris 1

[3I09] Research on the stability of fuel debris consisting of oxides and alloys

(7)Stability of simulated fuel debris in the UO₂-Zr-SS system

[3I10] Research on the stability of fuel debris consisting of oxides and alloys

(8)Dissolution of uranium from simulated fuel debris in the UO₂-Zr-SS system and formation of alteration layer

[3I11] Research on the stability of fuel debris consisting of oxides and alloys

(9)Raman microscopic analysis of simulated fuel debris in the UO₂-Zr-SS system

[3I12] Research on the stability of fuel debris consisting of oxides and alloys

(10)Leaching behavior of nuclies from simulated fuel debris in the UO2-Zr-SS system - Irradiation or addition method

Authentication

Session information

[3I09-12] Debris 1

[3I09] Research on the stability of fuel debris consisting of oxides and alloys

(7)Stability of simulated fuel debris in the UO2-Zr-SS system

[3I10] Research on the stability of fuel debris consisting of oxides and alloys

(8)Dissolution of uranium from simulated fuel debris in the UO2-Zr-SS system and formation of alteration layer

[3I11] Research on the stability of fuel debris consisting of oxides and alloys

(9)Raman microscopic analysis of simulated fuel debris in the UO2-Zr-SS system

[3I12] Research on the stability of fuel debris consisting of oxides and alloys

(10)Leaching behavior of nuclies from simulated fuel debris in the UO2-Zr-SS system - Irradiation or addition method

Authentication

(7)Stability of simulated fuel debris in the UO₂-Zr-SS system

(8)Dissolution of uranium from simulated fuel debris in the UO₂-Zr-SS system and formation of alteration layer

(9)Raman microscopic analysis of simulated fuel debris in the UO₂-Zr-SS system