Abstract
Data of radiation monitoring in a Bulgarian uranium mine having worked in 1974 - 1985 by the sulfure acid leaching are presented. The observed average levels of contamination are as a rule below the acceptable levels. A short sharp increase in the radium content of the surface waters is established which is connected mainly with technological disturbances, as well as a slow and delayed increase of radium content in the underground waters. The range of this monitoring is evaluated rather as a mandatory minimum than as a system of comprehensive information about population radiation doses. Some trends of future investigations are formulated. 3 figs., 8 refs.
Presiyanov, D;
Tosev, I;
Simeonova, A;
Mladenov, M;
Ignatov, I;
Petrova, V;
Dimitrov, M
[1]
- Redki Metali, Bukhovo (Bulgaria)
Citation Formats
Presiyanov, D, Tosev, I, Simeonova, A, Mladenov, M, Ignatov, I, Petrova, V, and Dimitrov, M.
Influence of the geotechnological uranium production on the content of uranium and radium 226 in waters near a sorbtion site; Vliyanie na geotekhnologichniya dobiv na uran v`rkhya s`dnrzhaniyata na uran i radij - 226 v`v bodi v blizost do sorbtsiona ploshchadka.
Bulgaria: N. p.,
1991.
Web.
Presiyanov, D, Tosev, I, Simeonova, A, Mladenov, M, Ignatov, I, Petrova, V, & Dimitrov, M.
Influence of the geotechnological uranium production on the content of uranium and radium 226 in waters near a sorbtion site; Vliyanie na geotekhnologichniya dobiv na uran v`rkhya s`dnrzhaniyata na uran i radij - 226 v`v bodi v blizost do sorbtsiona ploshchadka.
Bulgaria.
Presiyanov, D, Tosev, I, Simeonova, A, Mladenov, M, Ignatov, I, Petrova, V, and Dimitrov, M.
1991.
"Influence of the geotechnological uranium production on the content of uranium and radium 226 in waters near a sorbtion site; Vliyanie na geotekhnologichniya dobiv na uran v`rkhya s`dnrzhaniyata na uran i radij - 226 v`v bodi v blizost do sorbtsiona ploshchadka."
Bulgaria.
@misc{etde_10118258,
title = {Influence of the geotechnological uranium production on the content of uranium and radium 226 in waters near a sorbtion site; Vliyanie na geotekhnologichniya dobiv na uran v`rkhya s`dnrzhaniyata na uran i radij - 226 v`v bodi v blizost do sorbtsiona ploshchadka}
author = {Presiyanov, D, Tosev, I, Simeonova, A, Mladenov, M, Ignatov, I, Petrova, V, and Dimitrov, M}
abstractNote = {Data of radiation monitoring in a Bulgarian uranium mine having worked in 1974 - 1985 by the sulfure acid leaching are presented. The observed average levels of contamination are as a rule below the acceptable levels. A short sharp increase in the radium content of the surface waters is established which is connected mainly with technological disturbances, as well as a slow and delayed increase of radium content in the underground waters. The range of this monitoring is evaluated rather as a mandatory minimum than as a system of comprehensive information about population radiation doses. Some trends of future investigations are formulated. 3 figs., 8 refs.}
place = {Bulgaria}
year = {1991}
month = {Jun}
}
title = {Influence of the geotechnological uranium production on the content of uranium and radium 226 in waters near a sorbtion site; Vliyanie na geotekhnologichniya dobiv na uran v`rkhya s`dnrzhaniyata na uran i radij - 226 v`v bodi v blizost do sorbtsiona ploshchadka}
author = {Presiyanov, D, Tosev, I, Simeonova, A, Mladenov, M, Ignatov, I, Petrova, V, and Dimitrov, M}
abstractNote = {Data of radiation monitoring in a Bulgarian uranium mine having worked in 1974 - 1985 by the sulfure acid leaching are presented. The observed average levels of contamination are as a rule below the acceptable levels. A short sharp increase in the radium content of the surface waters is established which is connected mainly with technological disturbances, as well as a slow and delayed increase of radium content in the underground waters. The range of this monitoring is evaluated rather as a mandatory minimum than as a system of comprehensive information about population radiation doses. Some trends of future investigations are formulated. 3 figs., 8 refs.}
place = {Bulgaria}
year = {1991}
month = {Jun}
}