CAJ | 학술논문

采用MCNP对γ放射性点源的天空反散射影响进行了模拟计算，针对天空反散射的主要制约因素进行了分析，其分析结论为核电厂相应的辐射防护设计提供了参考依据。定量模拟计算了核电厂γ放射性废物包吊装期间的天空反散射剂量率水平，提出了一种基于放射性点源结果进行放射性体源天空反散射剂量率的快速评估方法，该方法的实施满足了工程实践的快速响应要求。
채용MCNP대γ방사성점원적천공반산사영향진행료모의계산，침대천공반산사적주요제약인소진행료분석，기분석결론위핵전엄상응적복사방호설계제공료삼고의거。정량모의계산료핵전엄γ방사성폐물포조장기간적천공반산사제량솔수평，제출료일충기우방사성점원결과진행방사성체원천공반산사제량솔적쾌속평고방법，해방법적실시만족료공정실천적쾌속향응요구。
Theγ‐ray skyshine due to radioactive point‐source was simulated with MCNP in this paper .Moreover ,the main factors which affect γ‐ray skyshine were studied ,and the conclusions provide references for corresponding radiation protection of nuclear pow‐er plant .The γ‐ray skyshine dose rate due to radioactive waste lifting at nuclear power plant was evaluated specifically ,and a rapid evaluation method of γ‐ray skyshine dose rate due to radioactive body‐source was founded by use of the results of radioactive point‐source .T he implementation of this method meets the engineering rapid response requirement effectively .