| 单健，刘彦，肖德涛，刘凯，位楠楠.铀矿井氡排出污染的模拟计算[J].南华大学学报(自然科学版),2013,27(3):28~31.[SHAN Jian,LIU Yan,XIAO De-tao,LIU kai,WEI Nan-nan.Uranium Mine Radon Discharge Pollution Simulation[J].Journal of University of South China(Science and Technology),2013,27(3):28~31.] |
| 铀矿井氡排出污染的模拟计算 |
| Uranium Mine Radon Discharge Pollution Simulation |
| 投稿时间：2013-05-26 |
| DOI： |
| 中文关键词: 铀矿山 氡浓度 扩散范围 污染程度 |
| 英文关键词:uranium mines radon concentration diffusion range pollution levels |
| 基金项目: |
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| 中文摘要: |
| 铀矿开采会产生大量的氡排放到大气中，对环境产生一定程度的放射性污染.本文通过建立氡气扩散模型，对矿井排出的氡的污染程度和范围进行了合理的理论估算，讨论在不同的自然条件下选择适当高度的排风口和相应范围内的重点防护区域.计算结果表明：当排风口的选取在高出周围环境20 m以上时，排风口周围氡污染的程度不高，但考虑到经济、矿山地形以及通风条件等因素的影响时，选取排风口的位置和相应的重点防护区域应作最优化分析和设计。 |
| 英文摘要: |
| Large amount of radon is emitted to the atmosphere in uranium mining,which have a certain degree of radioactive pollution to the environment.Through the establishment of the radon diffusion model,the article carried out reasonable theoretical estimates for calculating the degree and range of radon pollution caused by uranium mining,and discussed how to select the appropriate height of the exhaust vents and the key protection area within the corresponding neighborhood under different natural conditions.The results show that the radon pollution level is not high around the exhaust vents when the height of the exhaust vents is 20 meters higher than the surrounding environment.However,given the influences of economy,mining terrain,ventilation conditions and other factors,the analysis and design should be optimized for selecting location of exhaust vents and the corresponding key protection areas. |
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