Oral presentation

V. Nuclear Fuel Cycle and Nuclear Materials » 503-1 Reactor Chemistry, Radiation Chemistry, Corrosion, Water Chemistry,Water Quality Control

[2I06-09] Ruthenium Chemistry, Corrosion Chemistry

Thu. Sep 12, 2019 10:50 AM - 11:55 AM Room I (Common Education Bildg. 2F D21)

Chair:Shunsuke Uchida(IAE)

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10:50 AM - 11:05 AM

[2I06] Development of Dose Rate Reduction Technology for Improving LWR Utilization

(5)Evaluation of Crud Deposition Behavior on Fuel Cladding Surface in Boiling Water

*Koji Negishi¹, Takahiro hara¹, Yusuke Horayama¹, Hiromi Aoi¹, Inagaki Hiromitsu² (1. TOSHIBA ENERGY SYSTEMS AND SOLUTIONS CORPORATION, 2. Chubu Electric Power Co., Inc.)

11:05 AM - 11:20 AM

[2I07] Development of Dose Rate Reduction Technology for Improving LWR Utilization

(6)The effect of TiO2 injection for Co-60 deposition

Osamu Shibasaki¹, *Yumi Yaita¹, Yusuke Horayama¹, Hiromi Aoi¹, Hiromitsu Inagaki² (1. TOSHIBA ESS, 2. Chubu Electric Power)

11:20 AM - 11:35 AM

[2I08] Development of Dose Rate Reduction Technology for Improving LWR Utilization

(7)The effect of water condition for Co-60 deposition of TiO₂ applied material

*Osamu Shibasaki¹, Takahiro Hara¹, Yusuke Horayama¹, Aoi Hiromi¹, Hiromitsu Inagaki² (1. TOSHIBA ESS, 2. Chubu Electric Power)

11:35 AM - 11:50 AM

[2I09] XAFS Study of Ru in High Level Active Liquid Waste containing seawater

*Hiromu Ambai¹, Sano Yuichi¹, Masayuki Watanabe¹ (1. JAEA)

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

Session information

[2I06-09] Ruthenium Chemistry, Corrosion Chemistry

[2I06] Development of Dose Rate Reduction Technology for Improving LWR Utilization

(5)Evaluation of Crud Deposition Behavior on Fuel Cladding Surface in Boiling Water

[2I07] Development of Dose Rate Reduction Technology for Improving LWR Utilization

(6)The effect of TiO2 injection for Co-60 deposition

[2I08] Development of Dose Rate Reduction Technology for Improving LWR Utilization

(7)The effect of water condition for Co-60 deposition of TiO₂ applied material

[2I09] XAFS Study of Ru in High Level Active Liquid Waste containing seawater

Authentication

Session information

[2I06-09] Ruthenium Chemistry, Corrosion Chemistry

[2I06] Development of Dose Rate Reduction Technology for Improving LWR Utilization

(5)Evaluation of Crud Deposition Behavior on Fuel Cladding Surface in Boiling Water

[2I07] Development of Dose Rate Reduction Technology for Improving LWR Utilization

(6)The effect of TiO2 injection for Co-60 deposition

[2I08] Development of Dose Rate Reduction Technology for Improving LWR Utilization

(7)The effect of water condition for Co-60 deposition of TiO2 applied material

[2I09] XAFS Study of Ru in High Level Active Liquid Waste containing seawater

Authentication

(7)The effect of water condition for Co-60 deposition of TiO₂ applied material