Analysis of diffusion coefficient consistent with sorption based on evolution of depth distribution of radiocaesium in soil contaminated by the Fukushima Nuclear acident and future prediction of depth distribution

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Title	Analysis of diffusion coefficient consistent with sorption based on evolution of depth distribution of radiocaesium in soil contaminated by the Fukushima Nuclear acident and future prediction of depth distribution
Alternative title	福島原子力発電所事故により汚染された土壌中放射性セシウムの深度分布の変遷に基づく収着と整合的な拡散係数の解析と深度分布の将来予測
Author	Sato, Haruo(Okayama Univ)
Author	Chikami, Takuya(Okayama Univ)
Issued date	2016-09-07
Language	jpn
Page	p.1D03
Type	proceedings
File Format	TEXT (paper-based)
Taxonomy	5-2-1 Methods for solid
Taxonomy	6-1-4 R&D in environmental protection and restoration
Taxonomy	6-1-1-4 Environment contamination
Taxonomy(Computer Assigned)	5-2 Methods for decontamination 6-1 Consequences for environment 6-1-1 Radioactivity releases to environment
Subject/Session_name	Session:Migration of Cesium
Information source	Go to external webpage
Meeting title	2016 Fall Annual Meeting of the Atomic Energy Society of Japan
Related content	Allocation of nuclear administration authorities between the national and local governments Development of a scintillator-based Compton camera for gamma-ray imaging under high dose-rate environments New reactor cavity cooling system (RCCS) having passive safety features 1 - Experimental conditions of a scale-down heat removal test facility for comparison with a real RCCS Development and use of core damage pre-determination tool in case of low-pressure water injection during accident Volume reduction of cesium contaminated soil by superconducting magnetic separation technology
URI	https://f-archive.jaea.go.jp/dspace/handle/faa/141436
collect date(WARP)	2017-11-03

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Fukushima Nuclear Accident Archive

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