@inproceedings{oai:repo.qst.go.jp:00053947,
 author = {Miyamoto, Kiriko and Yamamoto, Kazuhide and Inoue, Yoshikazu and 宮本 霧子 and 山本 一英 and 井上 義和},
 book = {Japan-China Workshop on Blanket and Tritium Technology},
 month = {May},
 note = {The atmospheric dispersion model (Tritium-EESAD) was modified so as to be able to predict tritium concentration in tissue-free water (TFWT) and in organically-bound tritium (OBT) in the food chain for agricultural and livestock environments.  The modified model was validated by participating in the Hypothetical Scenario of IAEA EMRAS, an international program for environmental model inter-comparison.  The objective of the scenario was to analyze the consequences of a hypothetical acute atmospheric release of 10g of tritium, by considering various pathways in terms of tritium activity in biosphere compartments and products as well as their contributions to total dose of human exposure.  The Tritium-EESAD model performed well, as well as the other seven model participants.  As the predicted doses by ingestion were variable, it is necessary to apply sensitive parameters to a vegetable model which consider the meteorological conditions and harvesting customs in the target area.},
 pages = {60--63},
 title = {Development and Validation of a Dose Assessment Model for an Acute Atmospheric Release of Tritium Using an IAEA-EMRAS Scenario},
 year = {2008}
}