尼日利亚纳萨拉瓦州纳萨拉瓦北区地下水的总α和总β放射性测量

S. John, T. Akpa, R. Onoja
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摘要

使用低本底MPC2000B DP型Gross alpha/beta计数器(ORTEC®-Protean Instrument Corporation)测量了来自尼日利亚纳萨拉瓦州纳萨拉瓦北区Akwanga、Wamba和N/Eggon地区的40个地下水(钻孔和井水)样本中的Gross alpha和Gross beta放射性。本研究中观察到总α活性的值小于总β活性的值。Akwanga获得的总α和总β的平均活性值分别为0.25±0.04 Bq/L和2.23±0.09 Bq/L,Wamba获得的0.19±0.03 Bq/L和1.62±0.08 Bq/L,N/Eggon地区获得的0.30±0.05 Bq/L或3.00±0.14 Bq/L。结果发现,总α值低于世界卫生组织饮用水质量0.5 Bq/L的指导水平,但45%的样本略高于总β值1.0 Bq/L。这意味着研究区域的地下水在放射学上是安全的,并且可能不会通过摄入对人类健康造成任何重大危害。研究区域的地下水也可以安全饮用,因为总溶解固体的平均值低于1000 mg/L的可饮用饮用水指导水平的污染限值。然而,在此建议进行放射性核素特异性试验和定期监测环境。
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Gross alpha and gross beta radioactivity measurements in groundwater from Nasarawa North district Nasarawa state Nigeria
Gross alpha and gross beta radioactivity in 40 groundwater (borehole and well water) samples from Akwanga, Wamba and N/Eggon Areas of Nasarawa North District, Nasarawa State Nigeria was measured using the low background MPC2000B DP model Gross Alpha/Beta counter (ORTEC®-Protean Instrument Corporation). The values of gross alpha activity in this study were observed to be less than those of gross beta activity. The average activity values of gross alpha and gross beta obtained were 0.25 ± 0.04 Bq/L and 2.23 ± 0.09 Bq/L for Akwanga, 0.19 ± 0.03 Bq/L and 1.62 ± 0.08 Bq/L for Wamba and 0.30 ± 0.05 Bq/L and 3.00 ± 0.14 Bq/L for N/Eggon areas, respectively. The results are found to be below the World Health Organization guideline levels for drinking water quality of 0.5 Bq/L for gross alpha but 45% of the samples slightly exceeded the 1.0 Bq/L for gross beta. This implied that the groundwater in the study area is radiologically safe for consumption and may not pose any significant health hazards to humans by way of ingestion. The groundwater from the study area is also safe for drinking as the total dissolved solids average values were below the contamination limit for palatable drinking water guideline level of 1000 mg/L. However, a radionuclide-specific test and a regular monitoring program of the environment are hereby suggested.
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Theme 8. Emergency preparedness and response Theme 2. Radiation Safety and Protection in Nuclear Facilities Theme 1. Foundation Topics on Radiation Protection Philosophy and Risk Estimates Theme 7. Existing Exposures Theme 5. Nuclear instrumentation and system development
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