Development of in-vessel inspection technology using remote imaging and spectroscopy (3) (4) - radiation measurement using optical fiber and scintillator

Number of page views

104

Title	Development of in-vessel inspection technology using remote imaging and spectroscopy (3) (4) - radiation measurement using optical fiber and scintillator
Alternative title	遠隔観察・分光技術を用いた炉内検査技術の開発 (3) (4) - シンチレータと光ファイバを用いた放射線計測
Author	Ito, Keisuke (Japan Atomic Energy Agency)
Author	Ishikawa, Takashi (Japan Atomic Energy Agency)
Author	Naito, Hiroyuki (Japan Atomic Energy Agency)
Author	Ito, Chikara (Japan Atomic Energy Agency)
Issued date	2014-03-26
Language	jpn
Page	p.521
Type	proceedings
File Format	TEXT (paper-based)
Taxonomy	5-5-1 Radiation and engineering survey
Taxonomy	5-1-1-1 Radiation survey/monitoring/energy spectra
Taxonomy(Computer Assigned)	5-5 Decommissioning 5-1-1 Zone diagnostics
Subject/Session_name	Session:Reactor Measurement, Instrumentation System, Reactor Control
Information source	Go to literature copy application Relation URL
Meeting title	2014 Annual Meeting of the Atomic Energy Society of Japan
Related content	Bulk deposition velocities for dose reconstruction in the Fukushima daiichi nuclear power station accident Reconstruction of early internal dose to the public in the Fukushima Daiichi nuclear power station accident - consideration on the intake amount ratio of I to Cs Study on long-term radiation exposure analysis after the Fukushima Daiichi nuclear accident (1) - improvement of the EU long-term radiation exposure code (ERMIN) Long-term assessment of transport of radioactive contaminant in the environment of Fukushima (F-TRACE project) (8) - radioactive exposure evaluation Assessment of operational intervention levels based on the conditions of the Fukushima daiichi nuclear power plant accident
URI	https://f-archive.jaea.go.jp/dspace/handle/faa/58999
collect date(WARP)	2015-03-10

When indicating the contents of the title, please click icon.
Please use URI to cite or link to this data.

Fukushima Nuclear Accident Archive

Data details