摘要
利用福岛第一核电站事故后不同沿岸和离岸距离处的海水中放射性核素137Cs的监测数据,以鱼类为参考水生生物,通过核素137Cs的累积动力学模式对鱼体内核素的动态浓集进行了评估,给出了福岛第一核电站事故后液态放射性释放所致近岸海域水生动物体内核素水平的变化规律。
The dynamic modeling of 137Cs accumulation by the fish, as reference aquatic biota species, was developed for evaluating dynamic concentration process, based on monitoring data of 137Cs coneentra tions in the sea water offshore and longshore after the accident at Fukushima Dai-iehi Nuclear Power Station. The dependence of 137Cs dynamic concentration by the fish was provided on 137Cs concentration in the water and fish age.
出处
《辐射防护》
CAS
CSCD
北大核心
2012年第6期398-403,共6页
Radiation Protection
关键词
福岛第一核电站事故
海域监测
137Cs累积动力学模式
浓集因子
Fukushima Dai-iehi Nuclear Power Station accident
marine environment monitoring
137Cs accumulation dynamic model
concentration factor