Mathmatical modeling of radiocesium transport through the subsurface environment, rivers, reservoirs, and watersheds for justification of past-accident countermeasures; experience of post Chernobyl studies and testing of the applicability to Fukushima conditions

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Title	Mathmatical modeling of radiocesium transport through the subsurface environment, rivers, reservoirs, and watersheds for justification of past-accident countermeasures; experience of post Chernobyl studies and testing of the applicability to Fukushima conditions
Publisher	Japan Atomic Energy Agency
Issued date	2014-10-07
Language	eng
Page	22p.
Type	presentation
File Format	PDF
Taxonomy	6-1-4-2 Forecast of environmental condition
Taxonomy	6-1-1 Radioactivity releases to environment
Taxonomy	6-1-2 Impact on environment
Taxonomy(Computer Assigned)	6-1-4 R&D in environmental protection and restoration 6-1 Consequences for environment
Information source	Go to the saved web page
Upper page title	第2回国際セシウムワークショップ(2nd Caesium Workshop: meeting challenges for Fukushima recovery)
Related content	Managing organic-rich material and soil from decontamination actions Research for development of soil separation technology Communication of radiation risks Managing large volumes of liquid waste Status of contaminated water treatment and tritium at Fukushima Daiichi Nuclear Power Station
URI	https://f-archive.jaea.go.jp/dspace/handle/faa/71396
collect date(WARP)	2015-01-07

Fukushima Nuclear Accident Archive