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IV. 核燃料サイクルと材料 » 405-3 原子力施設の廃止措置技術

[I56-62] デブリ取出し技術及びシステム開発

Fri. Mar 28, 2014 2:30 PM - 4:25 PM I (1号館 11F)

座長:岡田聡(日立)

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[I56] Study on removal technologies for Fukushima's fuel debris using laser light

(6) Experiment of laser cutting and crushing for indifinite shape and metal-ceramics composite materials

^〇Toshihiko Takebe¹, Toshihide Hanari¹, Tomonori Yamada¹, Toshiharu Muramatsu¹ (1.Japan Atomic Energy Agency)

[I57] Study on removal technologies for Fukushima's fuel debris using laser light

(7) Evaluation of transient temperature characteristics of molten metal during laser cutting process

^〇Long Nguyen Phi¹, Toshihiko Takebe¹, Toshihide Hanari¹, Tomonori Yamada¹, Toshiharu Muramatsu¹ (1.Japan Atomic Energy Agency)

[I58] Study on removal technologies for Fukushima's fuel debris using laser light

(8) Study on the improvement of metal cutting performance by modulated assist gas jet flows

^〇Toshihide Hanari¹, Toshihiko Takebe¹, Tomonori Yamada¹, Toshiharu Muramatsu¹ (1.Japan Atomic Energy Agency)

[I59] Study on removal technologies for Fukushima's fuel debris using laser light

(9) Generalization of influence factor on high powerd fiber laser cutting performance

^〇Tomonori Yamada¹, Toshihide Hanari¹, Toshihiko Takebe¹, Yukihiro Matsunaga¹, Nguyen Phi Long¹, Toshiharu Muramatsu¹ (1.Japan Atomic Energy Agency)

[I60] Study on removal technologies for Fukushima's fuel debris using laser light

(10)Evaluation of transient temperature characteristics during a laser cutting process by the SPLICE code

^〇Toshiharu Muramatsu¹, Tomonori Yamada¹, Nguyen Phi Long¹ (1.Japan Atomic Energy Agency)

[I61] Development of Decommissioning Engineering Platform based on Plant 3D Model

^〇Hiroshi Seki¹, Ichirou Kataoka², Mitsutaka Imamura² (1.Hitachi, Ltd., 2.Hitachi-GE Nuclear Energy, Ltd.)

[I62] A study on evaluation of decommissioning scenarios for a nuclear reactor facility 4

A evaluation model of scenarios considering radiation fields

^〇Kazuya Matsuhashi¹ (1.University of Fukui Graduate School)