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Radiation Safety in Handling High-Level Wastes in Gremikha Village
Atomic Energy ( IF 0.5 ) Pub Date : 2019-11-01 , DOI: 10.1007/s10512-019-00586-2
A. A. Zakharchev , V. V. Eremenko , I. N. Polishchuk , A. P. Varnavin , A. S. Danilovich , A. V. Korolev , A. V. Lemus , D. A. Lemus , V. A. Pavlov , V. N. Potapov , S. G. Semenov , S. V. Smirnov , B. S. Stepennov , A. K. Sukhoruchkin

As part of the work on eliminating the nuclear legacy temporary storage facilities for high-level solid wastes were opened, radiometric inspection of the wastes was performed, wastes were sorted, control rods of ship reactors were identified in the wastes and removed, and spectrometric determination of the induced activity in each rod was made. Forty-four rods with activity totaling 1.35·1013 Bq were packaged and shipped to a long-term storage site. The activity distribution was determined from samples and will be taken into account in planning subsequent work on the handling of such wastes and picking the most appropriate type of packaging. The work was performed using remote-control machines in compliance with the standards and regulations for the radiation safety of personnel.

中文翻译:

Gremikha 村处理高放废物的辐射安全

开展核遗留高放固体废物暂存设施拆除工作,开展废物辐射检测、分类、船舶反应堆控制棒识别和清除、光谱测定等工作。对每个杆中的诱导活性进行了分析。44 根活度为 1.35·1013 Bq 的棒被包装并运往长期储存地点。活动分布是根据样本确定的,并将在规划处理此类废物和选择最合适的包装类型的后续工作时加以考虑。这项工作是使用遥控机器进行的,符合人员辐射安全的标准和规定。
更新日期:2019-11-01
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