泰米尔纳德邦南部三个地区沉积物和土壤样品中总α和总β活性浓度的研究

A. P. Latha, G. Shanthi
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引用次数: 0

摘要

人在不同的活动和环境中会受到不同辐射源的辐射。人类活动导致了环境中某些放射性核素浓度的增加。对沿泰米尔纳德邦南部三个区收集的土壤样品中的总α和总β活性进行了调查。总α和总β活性浓度的测定采用ZnS (Ag)和低β计数器。总α活度在近海范围由162.3 Bq/kg至3679.6 Bq/kg,在离岸150米范围由107.5 Bq/kg至1774.1 Bq/kg。郊区α总活度在53.67 ~ 644.12 Bq/kg之间。沿海地区(近海)土壤总β活性浓度在388.8 Bq/kg ~ 40111.1 Bq/kg之间,离海150 m的土壤总β活性浓度在669.06 Bq/kg ~ 13278.4 Bq/kg之间。郊区总β活性浓度在1103.05 ~ 4202.12 Bq/kg之间变化。所获得的数值表明,采样地点的土壤可能对公众的健康造成一些长期危害。并对土壤样品进行了统计分析。
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Study of gross alpha and gross beta activity concentration in sediment and soil samples of three southern districts of Tamil Nadu
Human can be exposed to the radiation emitting from different radioactive sources depending upon their activities and surroundings. Human activities have contributed to the increased concentration of some radionuclides in the environment. A survey of the gross alpha and gross beta activity in soil samples collected along the three southern districts of TamilNadu has been carried out. Determination of the gross alpha and gross beta activity concentration are done by using ZnS (Ag) and low beta counter. The gross alpha activity varies from 162.3 Bq/kg to 3679.6 Bq/kg near the sea and ranges from 107.5 Bq/kg to 1774.1 Bq/kg 150 m away from the sea. The gross alpha activity in the sub-urban area varies from 53.67 Bq/kg to 644.12 Bq/kg. The gross beta activity concentration in the soil ranges from 388.8 Bq/kg to 40111.1 Bq/kg in the coastal region (near the sea) and ranges from 669.06 Bq/kg to13278.4 Bq/kg (150 m away from the sea). While the gross beta activity concentration in the sub-urban area varies from 1103.05 Bq/kg to 4202.12 Bq/kg. The obtained values shows soil from the sampled locations may pose some long time health hazards to the public. Statistical analysis are also performed between the soil samples.
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