【摘要】 针对伴生放射性矿开发和利用增多，会导致对环境及人员造成附加剂量照射严重的问题，调查了该伴生放射性矿及周围环境现场γ剂量率监测和现场气态流出物和环境空气氡浓度监测情况，对相关的气态、液态、固态流出物和周围环境中气态、液态、固态样品进行了放射性核素分析，根据放射性程度提出了整治预案。更多还原

【Abstract】 Development and utilization of associated radioactive minerals will cause serious additional dose irradiation problems to the environment and personnel. It investigated the on-site γ dose rate monitoring of these associated radioactive minerals and the surroundings, as well as the monitoring of the Radon concentration in on-site gaseous effluent and ambient air. The radioactive nuclide analysis was carried out for the relative gaseous, liquid, and solid effluent and the gaseous, liquid, and solid samples in the surroundings,and it made the remediation plan according to the radioactivity degree.更多还原