[远东放射性废物处理场中心地下水的细胞毒性和遗传毒性评估]。

A A Oudalova, S V Pyatkova, S A Geras'kin, S M Kiselev, S V Akhromeev
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引用次数: 0

摘要

这项研究是在远东放射性废物处理中心(Sysoev湾福基诺的一个分支)附近环境评价活动的框架内完成的。利用仪器技术和生物测定法对FEC技术站点收集的地下水进行了调查。所收集的样品中某些化学品(属于第三类危害)的浓度超过了允许的限度。137Cs和90Sr在水体中的活度分别高达3.8和16.2 Bq/l。所有样品的综合污染指数均大于1,最高可达165。allium测试应用程序允许检测地下水具有增强诱变潜力的样品点。分析了生物效应与污染水平之间的相关性。研究结果可用于监测优化和修复措施的决策,以减少企业对环境的负面影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Assessment of Cyto- and Genotoxicity of Underground Waters from the Far Eastern Center on Radioactive Waste Treatment Site].

This study has been completed in the frames of activities on the environment assessment in the vicinity of the Far Eastern center (FEC) on radioactive waste treatment (a branch of Fokino, Sysoev Bay). Underground waters collected at the FEC technical site were surveyed both with instrumental techniques and bioassays. Concentrations of some chemicals (ranged to the third hazard category) in the samples collected are over the permitted limits. Activities of 137Cs and 90Sr in waters amount up to 3.8 and 16.2 Bq/l, correspondingly. The integral pollution index is over 1 in all the samples and could amount up to 165. The Allium-test application allows the detection of the sample points where underground waters have an enhanced mutagenic potential. Dependencies between biological effects and pollution levels are analyzed. The findings obtained could be used for the monitoring optimized and decision making on rehabilitation measures to decrease negative influence of the enterprise on the environment.

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