Department of Physics, DAV College, Katra Sher Singh, Amritsar, Punjab, 143001, India.
Department of Physics, National institute of Technology, Jalandhar, Punjab, 144011, India.
Environ Monit Assess. 2019 Mar 16;191(4):224. doi: 10.1007/s10661-019-7361-z.
The research work involved the ingestion and inhalation doses due to the intake of radon and uranium through water samples used by the inhabitants, measured in the villages of the Shiwalik Himalayas of Jammu and Kashmir, India. The uranium concentration in collected water samples was assessed by LED fluorimetric technique. All values of doses were found to be below the proposed limit of 100 μSv year for all age categories except for infants due to the high-dose conversion factor. The annual effective doses for the various body organs due to the intake of radon was also calculated and found the maximum dose for lungs than other organs. The concentration of radon in water samples was assessed by Smart Rn Duo portable monitor and compared with RAD7. Statistical analysis was carried out and the Shapiro and Wilk (Biometrika, 52(3/4), 591-611, 1965) test has been also used for the distribution of the data. The physicochemical parameters were also measured in the collected water samples.
这项研究工作涉及到因摄入水中的氡和铀而导致的内照射和吸入剂量,这些水取自印度查谟和克什米尔喜马拉雅山脉的什瓦尔利克地区的村庄。通过 LED 荧光光度法评估了采集水样中的铀浓度。除了由于高剂量转换因子,婴儿的剂量超过 100μSv 年的建议限值外,所有年龄段的所有值都低于建议限值。还计算了因摄入氡而导致的各种身体器官的年有效剂量,结果发现肺部的剂量最大。通过 Smart Rn Duo 便携式监测仪评估水样中的氡浓度,并与 RAD7 进行比较。进行了统计分析,并使用 Shapiro 和 Wilk(Biometrika,52(3/4),591-611,1965)检验来检验数据的分布。还测量了采集水样中的理化参数。