Theoretical Methods on Spallation Products of Proton-induced Reactions with Intermediate Energy 质子入射散裂产物理论研究方法探讨
Then the radiological toxicity of spallation products was studied by applying the concept of annual limit of intake ( ALI). 采用年摄入量限值(ALI)标准定义的放射性毒性,对散裂靶中散裂产物产生的放射性毒性进行研究分析。
It reveals that the toxicity of the spallation products is often on high-rate, especially those alpha emitting rare earths ( RE) caused by the incident proton under the ADS required energy largely contribute into overall toxicity of spallation targets. 研究结果表明:散裂产物具有较大的毒性,特别是在加速器驱动的次临界系统(ADS)要求的入射粒子(质子)能量下,产生了一些处于稀土区长寿命的α放射性核素。