Radon measurements in soils and building materials of Kashmir.

IF 1.1 4区 环境科学与生态学 Q4 CHEMISTRY, INORGANIC & NUCLEAR
Sobia Riaz, Misbah Javed, Muhammad Rashad Khan, Muhammad Khawaja Rafique Mir, Carlo Sabbarese
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Abstract

In this study, 222Rn and 226Ra activity concentration, annual effective dose and radon exhalation rate were measured in samples of building materials and soils collected from the city of Rawalakot in Azad Kashmir. The samples were measured using the passive technique with CR-39 detectors. 222Rn activity concentration in sand, brick, blocks, soil and tiles varies from 259 to 401, 230-464, 273-421, 256-523 and 267-438 Bq/m3, respectively. The annual effective dose for people living in built environments with sand, bricks, blocks, soil and tiles ranges from 4.0-6.32, 3.62-7.31, 4.30-6.63, 4.03-8.24 and 3.36-6.90 mSv/y, respectively, and the mean values are 5.16, 5.31, 5.31, 5.56 and 5.26 mSv/y. The radon activity concentration results were compared with the limits set by the Health Protection Agency UK (200 Bq/m³), US-EPA (148 Bq/m³) and WHO (100 Bq/m³). Some samples exceeded these recommended limits, indicating a potential health risk.

克什米尔土壤和建筑材料中的氡测量。
在本研究中,测量了从克什米尔地区拉瓦拉科特市收集的建筑材料和土壤样品中的222Rn和226Ra活性浓度、年有效剂量和氡呼出率。用CR-39探测器对样品进行了被动测量。222Rn在砂、砖、块、土和瓦片中的活度浓度分别为259 ~ 401、230 ~ 464、273 ~ 421、256 ~ 523和267 ~ 438 Bq/m3。居住在砂、砖、块、土、瓦建筑环境中的人的年有效剂量范围分别为4.0 ~ 6.32、3.62 ~ 7.31、4.30 ~ 6.63、4.03 ~ 8.24和3.36 ~ 6.90 mSv/y,平均值分别为5.16、5.31、5.31、5.56和5.26 mSv/y。氡活度浓度结果与英国卫生保护局(200 Bq/m³)、美国环保局(148 Bq/m³)和世界卫生组织(100 Bq/m³)规定的限值进行了比较。一些样品超过了这些建议限值,表明存在潜在的健康风险。
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来源期刊
CiteScore
2.80
自引率
7.70%
发文量
21
审稿时长
3.0 months
期刊介绍: Isotopes in Environmental and Health Studies provides a unique platform for stable isotope studies in geological and life sciences, with emphasis on ecology. The international journal publishes original research papers, review articles, short communications, and book reviews relating to the following topics: -variations in natural isotope abundance (isotope ecology, isotope biochemistry, isotope hydrology, isotope geology) -stable isotope tracer techniques to follow the fate of certain substances in soil, water, plants, animals and in the human body -isotope effects and tracer theory linked with mathematical modelling -isotope measurement methods and equipment with respect to environmental and health research -diagnostic stable isotope application in medicine and in health studies -environmental sources of ionizing radiation and its effects on all living matter
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