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Modeling radionuclides dispersion and deposition downwind of a coal-fired power plant

机译:模拟燃煤电厂的放射性核素弥散和沉积顺风

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摘要

In this study the inhalation doses and respective risk are calculated for the population living within a 20 km radius of a coal-fired power plant. The dispersion and deposition of natural radionuclides were simulated by a Gaussian dispersion model estimating the ground level activity concentration. The annual effective dose and total risk were 0.03205 mSv/y and 1.25 x 10-8, respectively. The effective dose is lower than the limit established by the ICRP and the risk is lower than the limit proposed by the U.S. EPA, which means that the considered exposure does not pose any risk for the public health.
机译:在这项研究中,计算了居住在燃煤电厂半径20公里范围内的人口的吸入剂量和相应的风险。天然放射性核素的扩散和沉积是通过估计地面活动浓度的高斯扩散模型模拟的。年有效剂量和总风险分别为0.03205 mSv / y和1.25 x 10-8。有效剂量低于ICRP设定的限值,风险低于美国EPA提议的限值,这意味着考虑的接触量不会对公众健康构成任何风险。

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