Annexe 2
479
Jones J.A., Mansfield P.A., Haywood S.M., Nisbet A.F., Haselmann I., Steinhauer C.,
Ehrhardt J. (1993) PC COSYMA: An Accident Consequence Assessment Package For
use on a PC, report EUR 14916.
Kocher D.C. (1982) Dose-rate conversion factors for external exposure to photons and
electrons (Oak Ridge National Laboratory).
Maubert H., Grauby A., Ponzetto V. (1988) Comparing predictions of two radioecological
models with measured values. Reliability of Radioactive transfer models, G. Desmet
ed., pp. 114-127 (Elsevier).
Müller H., Pröhl G. (1993) Ecosys-87: A dynamic model for assessing radiological consequences of nuclear accidents, Health Physics, 64 (3), 232, 251.
Ng Y.C., Colshen C.S., Quinn D.J., Thompson J.E. (1977) Transfer Coefficients for the
Prediction of the Dose to Man via the Forage - Cow - Milk Pathway from Radionuclides
released to the Biosphere (Lawrence Livermore Laboratory, UCRL – 51939).
Quinault J.M., Arutyunyan R., Picat P., Gavrilov S., Colle C., Friedli C., Kanevski M.,
Kiselev V., Fache P., Maubert H. (1993) Preliminary results on Transfer of Radionuclide
in Soils and Crops in the Chernobyl Area, Radioprotection, Special issue, pp. 467-471.
Radioactive Waste Management Center. Concentration Factors of Radionuclides in Freshwater Organisms, rapport RWMC-94-P-15 (Tokyo, Japan).
Renaud Ph., Maubert H., Bernié J.C. (1997) Prise en compte des paramètres contextuels
en radioécologie post-accidentelle, Radioprotection, 32 (2), 181-195.
Simmonds J.R., Lawson G., Mayall A. (1995) Radiation Protection 72, Methodology for
assessing the radiological consequences of routine releases of radionuclides to the environment, report EUR 15760 EN.
UIR (1987) Fith Report of the Work group on soil tp Plant Transfer Factors (Union Internationale des Radioécologistes, RIVM, Netherlands).
Ward Whicker F., Kirschner T.B. (1987) PATHWAY – A dynamic food-chain model to
predict radionuclide ingestion after fallout deposition, Health Physics, 52 (6), 717, 737.
479
Jones J.A., Mansfield P.A., Haywood S.M., Nisbet A.F., Haselmann I., Steinhauer C.,
Ehrhardt J. (1993) PC COSYMA: An Accident Consequence Assessment Package For
use on a PC, report EUR 14916.
Kocher D.C. (1982) Dose-rate conversion factors for external exposure to photons and
electrons (Oak Ridge National Laboratory).
Maubert H., Grauby A., Ponzetto V. (1988) Comparing predictions of two radioecological
models with measured values. Reliability of Radioactive transfer models, G. Desmet
ed., pp. 114-127 (Elsevier).
Müller H., Pröhl G. (1993) Ecosys-87: A dynamic model for assessing radiological consequences of nuclear accidents, Health Physics, 64 (3), 232, 251.
Ng Y.C., Colshen C.S., Quinn D.J., Thompson J.E. (1977) Transfer Coefficients for the
Prediction of the Dose to Man via the Forage - Cow - Milk Pathway from Radionuclides
released to the Biosphere (Lawrence Livermore Laboratory, UCRL – 51939).
Quinault J.M., Arutyunyan R., Picat P., Gavrilov S., Colle C., Friedli C., Kanevski M.,
Kiselev V., Fache P., Maubert H. (1993) Preliminary results on Transfer of Radionuclide
in Soils and Crops in the Chernobyl Area, Radioprotection, Special issue, pp. 467-471.
Radioactive Waste Management Center. Concentration Factors of Radionuclides in Freshwater Organisms, rapport RWMC-94-P-15 (Tokyo, Japan).
Renaud Ph., Maubert H., Bernié J.C. (1997) Prise en compte des paramètres contextuels
en radioécologie post-accidentelle, Radioprotection, 32 (2), 181-195.
Simmonds J.R., Lawson G., Mayall A. (1995) Radiation Protection 72, Methodology for
assessing the radiological consequences of routine releases of radionuclides to the environment, report EUR 15760 EN.
UIR (1987) Fith Report of the Work group on soil tp Plant Transfer Factors (Union Internationale des Radioécologistes, RIVM, Netherlands).
Ward Whicker F., Kirschner T.B. (1987) PATHWAY – A dynamic food-chain model to
predict radionuclide ingestion after fallout deposition, Health Physics, 52 (6), 717, 737.