As a result of the Chernobyl accident a large part of territory of Belarus had been
contaminated with radioactive fallout. One of important radionuclides was 131I which …

Estimation of thyroid doses from inhalation of 131 I for population of contaminated regions of
Belarus Page 167 160 Estimation of Thyroid Doses from Inhalation of 131 I for Population of …

A significant difference in the composition and nature of radionuclide emissions during
accidents at nuclear power plants is considered in the study-a largescale radioactive fallout …

The area of contamination by 137Cs after the Chernobyl accident higher than 37 kBq/m2
amounts to 23.7% of the territory of Belarus, 7% of the territory of Ukraine and 1.5% of the …

[en] Results of investigating soil contamination with 131 I of the territory of European part of
the former USSR following the Chernobyl accidents are presented. Data of the …

The Chernobyl accident has provoked radioactive contamination upon such extensive
territories that the monitoring of short-lived iodine isotopes and estimation of their influence …

The 131 I deposition in Poland after the Chernobyl accident on 26 April 1986 was evaluated
from the determined 129 I deposition and the estimated 129 I/131 I ratio at the time of the …

The relationship between 131I and 137Cs activity concentrations in 213 soil samples taken
in 10 administrative districts of Belarus was derived. Analysis of the relationship shows a …

The article provides a comparison of the levels of soil pollution from the Chernobyl accident
obtained by the agrochemical service of the Ministry of Agriculture of the Russian Federation …

The paper gives averages of 137 Cs deposition densities in soils from three areas in
Northern Ukraine measured 12 to 15 y following the Chernobyl accident: in an area near …