[1B06-10] Vitrification 1

Mon. Mar 16, 2020 2:45 PM - 4:10 PM Room B (Lecture Bildg. L 1F L-3)

Chair:Takayuki Nagai(JAEA)

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2:45 PM - 3:00 PM

[1B06] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of Platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(7)Outline and summary of our project

*Jun ONOE¹, Shinta WATANABE¹, Yusuke INABA², Miki HARIGAI², Kenji TAKESHITA² (1. Nagoya University, 2. Tokyo Institute of Technology)

3:00 PM - 3:15 PM

[1B07] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(8)Analysis of physical factors on the metal sorption of ferrocyanide nanoparticles
and examination of a coordination polymer with a high sorption characteristic

*Shinta Watanabe¹, Miki Harigai², Yusuke Inaba², Masato Nakaya¹, Kenji Takeshita², Jun Onoe¹ (1. Nagoya Univ., 2. Tokyo Tech)

3:15 PM - 3:30 PM

[1B08] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(9)Synthesis and sorption studies of aluminum ferrocyanide

*Yusuke Inaba¹, Miki Harigai¹, Ria Mishima^1,2, Sotaro Tachioka¹, Keita Saito¹, Kenji Takeshita¹, Shinta Watanabe³, Jun Onoe³ (1. Tokyo Tech, 2. JAEA, 3. Nagoya Univ.)

3:30 PM - 3:45 PM

[1B09] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(10)Platinum-group elements sorption studies of aluminum ferrocyanide

*Ria Mishima^1,2, Yusuke Inaba², Sotaro Tachioka², Miki Harigai², Shinta Watanabe³, Jun Onoe³, Masahiko Nakase², Tatsuro Matsumura¹, Kenji Takeshita² (1. JAEA, 2. Tokyo Tech, 3. Nagoya Univ.)

3:45 PM - 4:00 PM

[1B10] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(11)Process evaluation

*Kenji Takeshita¹, Yusuke Inaba¹, Miki Harigai¹, Shinta Watanabe², Jun Onoe² (1. Tokyo Tech, 2. Nagoya Univ.)

Time reserved for Chair (4:00 PM - 4:10 PM)

Session information

[1B06-10] Vitrification 1

[1B06] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of Platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(7)Outline and summary of our project

[1B07] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(8)Analysis of physical factors on the metal sorption of ferrocyanide nanoparticles
and examination of a coordination polymer with a high sorption characteristic

[1B08] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(9)Synthesis and sorption studies of aluminum ferrocyanide

[1B09] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(10)Platinum-group elements sorption studies of aluminum ferrocyanide

[1B10] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(11)Process evaluation

Authentication

Session information

[1B06-10] Vitrification 1

[1B06] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of Platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(7)Outline and summary of our project

[1B07] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(8)Analysis of physical factors on the metal sorption of ferrocyanide nanoparticlesand examination of a coordination polymer with a high sorption characteristic

[1B08] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(9)Synthesis and sorption studies of aluminum ferrocyanide

[1B09] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(10)Platinum-group elements sorption studies of aluminum ferrocyanide

[1B10] Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes

(11)Process evaluation

Authentication

(8)Analysis of physical factors on the metal sorption of ferrocyanide nanoparticles
and examination of a coordination polymer with a high sorption characteristic