Radioactive contamination of water ecosystems and sources of drinking water
The contribution of aqueous components to the individual and collective doses received by the population as a result of the accident at Chernobyl in 1986 did not exceed 1-2%. In the first few days after the accident, the total beta radioactivity of the water was 1x10-7 Ci/L. Subsequently, the concentration of radionuclides in the water fell steadily and throughout 1987 was stable at 1-3x10-10 Ci/L. The highest recorded figure was 4x10-9 Ci/L in May 1986 caused by iodine-131 (for the Dnepr). (author). 1 fig.
|Likhtarev, I.A.; Barkhudarov, R.M.; Bobyleva, O.A.; Knizhnikov, V.A.; Logachev, V.A.; Ramzaev, P.V.; Savkin, M.N.; Sergeev, G.V.|
|chernobylsk-4 reactor; contamination; drinking water; environment; ground water; radiation accidents; radiation doses; radioecological concentration; accidents; ecological concentration; enriched uranium reactors; graphite moderated reactors; hydrogen compounds; lwgr type reactors; oxygen compounds; solvents; power reactors; reactors; solvents; surface waters; thermal reactors; water|
|Report; International Atomic Energy Agency, Vienna (Austria); Medical aspects of the Chernobyl accident; IAEA-TECDOC--516.; Jul 1988.; 381 p.; p. 91-99.|
Place of Publication
|International Atomic Energy Agency (IAEA)|
|Available from INIS in electronic form.|