Abstract
Published data on radition accidents associated with environmental contamination and {sup 137}Cs man irradiation including Chernobyl NPP accident and {sup 137}Cs source accident at gamma-therapeutic facility in Goyaniya (Brazil, 1987) are considered. Process scheme of dose accumulation attributed to external and internal exposure from radioactive fission products causing enviromental contamination are presented according to UNSCEAR data, 1975. {sup 137}Cs input in total dose of external exposure from all radionuclides (2% in the first year after the accident up to 90% after 50 years), as well as bone marrow doses, caused by radionuclide fall-out resulting from Chernobyl NPP accident (1.19-1.64 rem at the Ukrainian territory and 1.63-2.78 rem in the RSFSR) are calculated on the basis of literature data. Attention is paid to consideration of radiation injuries to accident victims in Goyaniya.
Citation Formats
Korolev, V I.
Consequences of unforeseen cesium 137 exposure. O posledstviyakh nepredvidennogo oblucheniya za schet tseziya-137.
USSR: N. p.,
1991.
Web.
Korolev, V I.
Consequences of unforeseen cesium 137 exposure. O posledstviyakh nepredvidennogo oblucheniya za schet tseziya-137.
USSR.
Korolev, V I.
1991.
"Consequences of unforeseen cesium 137 exposure. O posledstviyakh nepredvidennogo oblucheniya za schet tseziya-137."
USSR.
@misc{etde_5678911,
title = {Consequences of unforeseen cesium 137 exposure. O posledstviyakh nepredvidennogo oblucheniya za schet tseziya-137}
author = {Korolev, V I}
abstractNote = {Published data on radition accidents associated with environmental contamination and {sup 137}Cs man irradiation including Chernobyl NPP accident and {sup 137}Cs source accident at gamma-therapeutic facility in Goyaniya (Brazil, 1987) are considered. Process scheme of dose accumulation attributed to external and internal exposure from radioactive fission products causing enviromental contamination are presented according to UNSCEAR data, 1975. {sup 137}Cs input in total dose of external exposure from all radionuclides (2% in the first year after the accident up to 90% after 50 years), as well as bone marrow doses, caused by radionuclide fall-out resulting from Chernobyl NPP accident (1.19-1.64 rem at the Ukrainian territory and 1.63-2.78 rem in the RSFSR) are calculated on the basis of literature data. Attention is paid to consideration of radiation injuries to accident victims in Goyaniya.}
journal = []
volume = {1}
journal type = {AC}
place = {USSR}
year = {1991}
month = {Jan}
}
title = {Consequences of unforeseen cesium 137 exposure. O posledstviyakh nepredvidennogo oblucheniya za schet tseziya-137}
author = {Korolev, V I}
abstractNote = {Published data on radition accidents associated with environmental contamination and {sup 137}Cs man irradiation including Chernobyl NPP accident and {sup 137}Cs source accident at gamma-therapeutic facility in Goyaniya (Brazil, 1987) are considered. Process scheme of dose accumulation attributed to external and internal exposure from radioactive fission products causing enviromental contamination are presented according to UNSCEAR data, 1975. {sup 137}Cs input in total dose of external exposure from all radionuclides (2% in the first year after the accident up to 90% after 50 years), as well as bone marrow doses, caused by radionuclide fall-out resulting from Chernobyl NPP accident (1.19-1.64 rem at the Ukrainian territory and 1.63-2.78 rem in the RSFSR) are calculated on the basis of literature data. Attention is paid to consideration of radiation injuries to accident victims in Goyaniya.}
journal = []
volume = {1}
journal type = {AC}
place = {USSR}
year = {1991}
month = {Jan}
}