ON THE METHODOLOGY OF PASSPORT DOSES CALCULATION FOR UKRAINIAN SETTLEMENTS RADIOACTIVELY CONTAMINATED DUE TO THE CHORNOBYL NPP ACCIDENT.

D A Bazyka, V O Sushko, O M Ivanova, V V Vasylenko, A B Bilonyk, G V Fedosenko, V B Buderatska, Z N Boiko, M I Chepurny, M S Kuriata, V V Morozov, S G Gorbachov, S V Masiuk
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Abstract

Objective: scientific substantiation of the new methodology for estimation of passport doses of the settlementswhich belong to Zone of Unconditional (obligatory) Resettlement, or 2nd zone and Zone of Granted VoluntaryResettlement, or 3rd zone in the framework of dosimetric passportization in accordance with the legislation ofUkraine.

Materials and methods: 37 years after the accident, radioactive contamination of the environment has significantly decreased. However, it is still necessary to carry out ecological and dosimetric monitoring and apply countermeasures in certain territories of Ukraine affected by the accident at the Chornobyl Nuclear Power Plant: restriction of the consumption of locally produced milk, forest products, etc. The methodology, which was since 1996 used to estimate the passport doses of Ukrainian settlements, no longer corresponds to the current level of scientific knowledge about radioactive contamination of environment. The new methods of passport doses calculating presented in the work involves the use of a model whose parameters are determined by the types, quality and completeness of radio-ecological and dosimetric monitoring carried out on the radioactively contaminated territories in 1986-2013. The methodology takes into account the specific of radioactive contamination of each settlement. The passport dose of external exposure is reconstructed only from 137Cs radionuclide, because the contributions of other Chornobyl radionuclides influence the radiation dose only in the first years after the accident. The passport dose of internal exposure is formed as a result of the consumption of 137Cs contaminated food products. It is calculated depending on the availability in the settlement in the current year of the results of measurements of the 137Cs radionuclide activity incorporated in the human body using a whole body counter (WBC) and the activity of 137Cs in the private milk. At the same time, priority is given precisely to the results of WBC measurements of 137Cs.

Results and conclusions: A new methodology (Methodology-2023) for passport doses calculation of Ukrainian settlements was substantiated. A comparison of passport doses based on the results of radioecological and dosimetric monitoring in 2011 calculated by Methodology-2023 and passport doses calculated by Methodology-96 was made.Passport doses calculated by Methodology-2023 increased by 40 % on average compared to doses calculated by Methodology-96. At the same time, passport doses of internal radiation calculated by the new methodologyincreased by 1.5 times, and passport doses of external radiation increased by 1.7 times. The passport dose of 2011, calculated by Methodology-2023, exceeds the legally established limit of 1 mSv in 71 settlements, most of which are located in Korostenkyi raion of Zhytomyr Oblast.

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切尔诺贝利核电站事故造成放射性污染的乌克兰居民点的护照剂量计算方法。
材料和方法:事故发生 37 年后,环境的放射性污染已显著减少。然而,仍有必要在乌克兰受切尔诺贝利核电站事故影响的某些地区进行生态和剂量监测,并采取应对措施:限制消费当地生产的牛奶、林产品等。自 1996 年以来用于估算乌克兰居民点护照剂量的方法已不再符合当前有关环境放射性污染的科学知识水平。工作中提出的计算护照剂量的新方法涉及使用一个模型,该模型的参数由 1986-2013 年期间在受放射性污染地区开展的放射性生态和剂量监测的类型、质量和完整性决定。该方法考虑到了每个居住区放射性污染的具体情况。由于切尔诺贝利核电站其他放射性核素仅在事故发生后的最初几年对辐射剂量产生影响,因此仅根据 137Cs 放射性核素重建了外部照射的护照剂量。内照射护照剂量是由于食用了受 137Cs 污染的食品而形成的。该剂量的计算取决于当年居民点使用全身计数器(WBC)对人体内 137Cs 放射性核素活度和母乳中 137Cs 活度的测量结果。同时,优先考虑的正是白细胞计数器测量 137Cs 的结果:计算乌克兰住区护照剂量的新方法(Methodology-2023)已得到证实。根据 "方法-2023 "和 "方法-96 "计算的 2011 年放射生态学和剂量学监测结果,对护照剂量进行了比较。同时,用新方法计算的护照内辐射剂量增加了 1.5 倍,护照外辐射剂量增加了 1.7 倍。根据 "方法-2023 "计算出的 2011 年护照剂量,有 71 个居民点超过了法律规定的 1 mSv 限值,其中大部分位于日托米尔州的科罗斯岑基区。
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Problemy radiatsiinoi medytsyny ta radiobiolohii
Problemy radiatsiinoi medytsyny ta radiobiolohii Medicine-Radiology, Nuclear Medicine and Imaging
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