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A review of the studies on environmental transport and speciation analysis of radionuclides in India

机译:印度的环境运输和放射性核素形态分析研究综述

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摘要

Department of Atomic Energy, India, has a systematic environmental monitoring program to ensure that the impact of radionuclides on human and environment is well within the limits, stipulated by the regulatory body. Concentrations of radionuclides are estimated in air, water, soil, sediment and biota in the environment around the power plant site on a regular basis. The environmental migration pattern and impact of radionuclides in the environment depends upon not only on the total concentration but the physico-chemical nature of radionuclide also. This paper presents a brief review of the studies of environmental transportation of radionuclides and influence of speciation with special reference to Indian conditions. A fairly good amount of results are available on the influence of speciation of radionuclides on the wet and dry deposition and preliminary results are available on the speciation analysis in dietary items, in soil and in ground water. Initial studies are concentrated on tritium, ~(137)Cs, Uranium, ~(90)Sr and their chemical analogues.
机译:印度原子能部制定了一项系统的环境监测计划,以确保放射性核素对人类和环境的影响完全在监管机构规定的范围内。定期估算发电厂周围环境中空气,水,土壤,沉积物和生物区系中的放射性核素浓度。环境迁移模式和放射性核素在环境中的影响不仅取决于总浓度,还取决于放射性核素的理化性质。本文简要介绍了放射性核素的环境运输和物种形成的影响的研究,并特别参考了印度的条件。关于放射性核素的形态对干湿沉降的影响,可以获得相当多的结果,对于饮食项目,土壤和地下水中的形态分析,可以获得初步结果。最初的研究集中在tri,〜(137)Cs,铀,〜(90)Sr及其化学类似物上。

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