タグ「НРЭР」
Author: Biryukov, Aleksandr Petrovich
Reference: Abstract of thesis for the degree of Doctor of Medical Sciences Obninsk – 2009
Keywords: National Radiation and Epidemiological Registry
Abstract: Development of the complex of medical and organizational support provided by NRER, execution, on its base, of large-scale epidemiological studies of the population affected by radiation contamination after the accident at the Chernobyl nuclear power plant in Russia, and evaluation of the possibility of carcinogenic effects of X-ray diagnostic studies.
URL: http://earthpapers.net/mediko-organizatsionnoe-obespechenie-natsionalnogo-radiatsionno-epidemiologicheskogo-registra-rossii
Reference: National Radioation-Epidemiological Registry, Russia
Abstract: “The survey maps of individuals exposed to radiation as a result of the Chernobyl disaster” is meant for people registered in the “National Radioation-Epidemiological Registry” or those living in the contaminated regions of Bryansk, Kaluzh, Orlov and Tuly (contamination degree: 137Cs : over 5 Ci/km2), with diagnosed cancer or other malignancies detected after 26 April, 1986. The “Card” is meant for evaluation, verification, correction and addition (if needed) of data on absorbed doses into the thyroid gland and the whole body due to external and internal exposures.
URL: http://www.nrer.ru/order236_pril6.html
Author: O.K. Vlasov, N.V. Shukina
Reference: «Радиация и риск» (Radiation and Risk), 2010
Keywords: scientific-research institute of radiation hygiene, re-estimation of calculated doses
Abstract: Introduces method of counting modified standard doses of internal exposure. Exposed people’ data are registered in the National Radiation-Epidemiological Registry and St. Petersburg national Research Institute of Radiation Hygiene. Exponential regression of average modified standard doses, of 137Cs deposition density, practically do not depend on the region or the type of settlements. Geometric average standard error of calculation of standard doses of regression dependence is equal to 1.6-1.7. Geometric average standard error of the estimate dose, for the average locality, of the thyroid gland and the entire body of the residents of the given age is 2.0-2.3.
URL: http://www.nrer.ru/pub_results.html