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On-site gamma dose rates at the Andreeva Bay shore technical base, northwest Russia

机译:俄罗斯西北部Andreeva湾岸边技术基地的现场伽马剂量率

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The spent nuclear fuel (SNF) and radioactive waste (RAW) storage facility at Andreeva Bay shore technical base (STB) is one of the largest and most hazardous nuclear legacy sites in northwest Russia. Originally commissioned in the 1960s the facility now stores large amounts of SNF and RAW associated with the Russian Northern Fleet of nuclear powered submarines. The objective of the present study was to map ambient gamma dose rates throughout the facility, in particular at a number of specific sites where SNF and RAW are stored. The data presented here are taken from a Norwegian-Russian collaboration enabling the first publication in the scientific literature of the complete survey of on-site dose rates. Results indicate that elevated gamma dose rates are found primarily at discrete sites within the facility; maximum dose rates of up to 1000 μSv/h close to the ground (0.1 m) and up to 3000 μSv/h at 1 m above ground were recorded, higher doses at the 1 m height being indicative primarily of the presence of contaminated equipment as opposed to ground contamination. Highest dose rates were measured at sites located in the immediate vicinity of buildings used for storing SNF and sites associated with storage of solid and liquid radioactive wastes. Elevated dose rates were also observed near the former channel of a small brook that became heavily contaminated as a result of radioactive leaks from the SNF storage at Building 5 starting in 1982. Isolated patches of elevated dose rates were also observed throughout the STB. A second paper detailing the radioactive soil contamination at the site is published in this issue of Journal of Environmental Radioactivity.
机译:位于安德烈耶娃湾岸边技术基地(STB)的乏核燃料(SNF)和放射性废物(RAW)储存设施是俄罗斯西北部最大,最危险的核废料场之一。该设施最初于1960年代投入使用,现在可存储与俄罗斯北方舰队核潜艇相关的大量SNF和RAW。本研究的目的是绘制整个设施的环境伽马剂量率,特别是在存储SNF和RAW的许多特定地点。此处提供的数据来自挪威与俄罗斯的合作,这使得科学文献中首次发布了现场剂量率的完整调查报告。结果表明,伽马剂量率升高主要在设施内的离散位置发现;记录到接近地面(0.1 m)的最大剂量率高达1000μSv/ h,离地面1 m的最大剂量率高达3000μSv/ h,在1 m高度处的最大剂量主要表明存在受污染的设备,因为反对地面污染。在用于存储SNF的建筑物附近以及与固体和液体放射性废物的存储相关的位置处测量了最高剂量率。从1982年开始,由于5号楼SNF储存的放射性泄漏,小溪的前通道附近受到严重污染,剂量率也有所升高。在整个机顶盒中也观察到了孤立的剂量率升高的斑块。在本期《环境放射性杂志》上发表了第二篇详细介绍现场放射性土壤污染的论文。

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