Oral Presentation

IV. Nuclear Fuel Cycle and Nuclear Materials » 405-1. Radioactive Waste Management

[1G01-05] Vitrification 1

Sat. Mar 26, 2016 10:40 AM - 12:00 PM Room G (Lecture Rooms B B203)

Chair: Kuniyoshi Hoshino (HGNE)

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10:40 AM - 10:55 AM

[1G01] Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object

(7)Absorption Study of Ferrocyanides for Separation of Platinum Group Metals and Molybdenum

＊Yusuke Inaba¹, Hideharu Takahashi¹, Miki Harigai¹, Yaolu Zou ¹, Ria Mishima¹, Kenji Takeshita¹, Jun Onoe² (1.Tokyo Institute of Technology, 2.Nagoya University)

10:55 AM - 11:10 AM

[1G02] Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object

(8)Synthesis of ceramics support materials using some of the third period elements (Al and Si)and their sorption characteristics

＊Ippei AMAMOTO¹, Hidekazu KOBAYASHI¹, Yasuo AYAME¹, Takamitsu ISHIDERA¹, Kazuo Utsumi², Kenji TAKESHITA², Jun ONOE³, Sachiko NAGAYAMA⁴, Yoshio HASEGAWA⁴ (1.Japan Atomic Energy Agency, 2.Tokyo Institute of Technology, 3.Nagoya University, 4.Art Kagaku)

11:10 AM - 11:25 AM

[1G03] Development of Recovery Process of Platinum-group Metals from HLLW
for Stable Production and Volume Reduction of Homogeneous Vitrified Object

XAFS/UV-Vis spectroscopic and first-principles calculation studies both on the chemical form of Pd ion in nitric acid and on the adsorption of Pd ion to Prussian Blue nanoparticles.

＊Shinta Watanabe¹, Yuki Sawada¹, Toshikazu Sato¹, Masato Nakaya¹, Masahito Yoshino¹, Tomoko Yoshida², Yusuke Inaba³, Hideharu Takahashi³, Kenji Takeshita³, Jun Onoe¹ (1.Nagoya University, 2.Osaka City University, 3.Tokyo Institute of Technology)

11:25 AM - 11:40 AM

[1G04] Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object

(10)Visualization for solubility and diffusion behavior of simulated high-level liquid waste components into borosilicate glass

＊Makoto Nishikawa¹, Kota Kawai¹, Yoshio Nakano¹, Kenji Takeshita¹ (1.Tokyo Institute of Technology)

11:40 AM - 11:55 AM

[1G05] Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object

(11)Extraction of Platinum Group Metals from Nitric Acid Solutions Using Thiodiglycolamides (TDGA) and Tertiary Amines

＊Michal Cibula¹, Yusuke Inaba¹, Kenji Takeshita¹, Hirokazu Narita² (1.Tokyo Institute of Technology, 2.National Institute of Advanced Science and Technology)

Time reserved for Chair (11:55 AM - 12:00 PM)

Session information

[1G01-05] Vitrification 1

[1G01] Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object

(7)Absorption Study of Ferrocyanides for Separation of Platinum Group Metals and Molybdenum

[1G02] Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object

(8)Synthesis of ceramics support materials using some of the third period elements (Al and Si)and their sorption characteristics

[1G03] Development of Recovery Process of Platinum-group Metals from HLLW
for Stable Production and Volume Reduction of Homogeneous Vitrified Object

XAFS/UV-Vis spectroscopic and first-principles calculation studies both on the chemical form of Pd ion in nitric acid and on the adsorption of Pd ion to Prussian Blue nanoparticles.

[1G04] Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object

(10)Visualization for solubility and diffusion behavior of simulated high-level liquid waste components into borosilicate glass

[1G05] Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object

(11)Extraction of Platinum Group Metals from Nitric Acid Solutions Using Thiodiglycolamides (TDGA) and Tertiary Amines

Authentication

Session information

[1G01-05] Vitrification 1

[1G01] Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object

(7)Absorption Study of Ferrocyanides for Separation of Platinum Group Metals and Molybdenum

[1G02] Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object

(8)Synthesis of ceramics support materials using some of the third period elements (Al and Si)and their sorption characteristics

[1G03] Development of Recovery Process of Platinum-group Metals from HLLWfor Stable Production and Volume Reduction of Homogeneous Vitrified Object

XAFS/UV-Vis spectroscopic and first-principles calculation studies both on the chemical form of Pd ion in nitric acid and on the adsorption of Pd ion to Prussian Blue nanoparticles.

[1G04] Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object

(10)Visualization for solubility and diffusion behavior of simulated high-level liquid waste components into borosilicate glass

[1G05] Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object

(11)Extraction of Platinum Group Metals from Nitric Acid Solutions Using Thiodiglycolamides (TDGA) and Tertiary Amines

Authentication

[1G03] Development of Recovery Process of Platinum-group Metals from HLLW
for Stable Production and Volume Reduction of Homogeneous Vitrified Object