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JAEA Reports

None

Miyo, Hiroaki; ; Kudo, Kenji; Sukegawa, Yasuhiro*

JNC TN8440 99-005, 864 Pages, 1999/03

JNC-TN8440-99-005.pdf:40.45MB

None

JAEA Reports

Compression Treatment of Low-and Intermediate-Level Solid Wastes Containing Plutonium

Wadachi, Yoshiki;

JAERI-M 5274, 12 Pages, 1973/05

JAERI-M-5274.pdf:0.41MB

no abstracts in English

Oral presentation

Component-engineering development for glove-box dismantling

Watahiki, Masatoshi; Yanagawa, Chihiro; Kageyama, Ryoichi; Kuba, Meiji

no journal, , 

We reports the examination result about the applicability of a robot arm and the applicability of a new waste container as a component engineering for glove box dismantling.

Oral presentation

Development of reuse technology for radioactive waste containers using CW fiber laser irradiation method

Suda, Shoya; Masai, Seita; Kawahara, Takahiro; Fujikura, Toshiki; Hoshi, Akiko; Wakai, Eiichi; Kondo, Keietsu; Nishimura, Akihiko; Minehara, Eisuke*

no journal, , 

no abstracts in English

Oral presentation

Detection of corrosion in radioactive waste container by infrared camera; Mock-up experiment for establishment of new detection method

Suzuki, Ryuta; Watanabe, Naoki; Minouchi, Hiroyuki; Maruyama, Hajime; Watahiki, Masatoshi

no journal, , 

Radioactive solid waste must be safely stored and managed for a long period of time until it is incinerated or otherwise processed at a treatment facility. To check the integrity of radioactive solid waste containers, visual inspection is periodically performed. However, since this inspection is conventionally performed by human eye, the information that can be obtained is limited. Therefore, we focused on a non-destructive inspection method using an infrared camera to detect corrosion on the inner surface of the containers that cannot be seen from the outer surface. To confirm the applicability of this new method, measurement tests using corroded mock-up containers were conducted, and the measurement results were summarized and evaluated.

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