GROSS ALPHA AND BETA ACTIVITY IN MINERAL WATER FROM SOUTHWEST BULGARIA

E. Geleva, Svetoslav Dimitrov, N. Goutev, Verzhinia Variyska, D. Tonev
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Abstract

The natural radioactivity levels of mineral water from certain most frequently used sources in Southwest Bulgaria were determined. The mineral water was investigated with regard to gross alpha and beta activity to determine whether the activity concentrations are below levels at which no further action is required. The measurements were made by Liquid Scintillation Spectrometer. The gross alpha and beta activity varied from ≤ 0.003 Bq/L to 0.671 Bq/L and from 0.054 and to 0.375 Bq/L, respectively. The values obtained in this study were compared with data reported by other authors in different countries and with reference values accepted for drinking water. The annual effective doses were calculated for all investigated waters for adult inhabitants assuming yearly consumption of 730 litres. The results show that the annual effective dose of ingestion of these water samples excluding one, are below the individual dose criterion of 100 µSv/y according to the World Health Organization recommendations.
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保加利亚西南部的矿泉水中总的α和β活性
对保加利亚西南部某些最常用水源的矿泉水的天然放射性水平进行了测定。对矿泉水的总α和β活性进行了调查,以确定活性浓度是否低于无需采取进一步行动的水平。采用液体闪烁光谱仪进行测量。总α和β活性变化范围分别为≤0.003 ~ 0.671 Bq/L和0.054 ~ 0.375 Bq/L。本研究获得的数值与不同国家其他作者报告的数据以及饮用水公认的参考值进行了比较。假定成年居民年消费量为730升,计算了所有调查水域的年有效剂量。结果表明,除一个水样外,这些水样的年有效摄入剂量均低于世界卫生组织建议的100µSv/y的个人剂量标准。
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