摘要
本论文第二篇(以下简称本文)以实验数据为基础,结合理论分析,提出了一种用燃耗实验数据、灵敏度刻度数据推算一些重要灵敏度K因子、K因子组合的方法,技术路线独特。从实验数据中推算出的灵敏度K因子、K因子组合与本论文第一篇[1]中理论计算得出的相应K因子、K因子组合进行了比较,结果表明,本论文第一篇[1]建立的理论模型是科学、可行的,其K因子计算结果是可信的。从燃耗实验数据推算出的灵敏度K因子组合与从灵敏度刻度数据推算出的灵敏度K因子组合进行了比较、相互检验,验证了两种技术路线的科学性。本文基于实验数据推导出来的灵敏度K因子及K因子组合,可能属于首次。本文还提出了开展进一步工作的设想。
The second part of this paper(hereinafter referred to as“this paper”)proposes a method of calculating some important K factors and K factor combinations by using burn up experimental data and sensitivity calibration data.The technical route of proposed method is unique.The K-factor and K-factor combination calculated from the experimental data are compared with the corresponding K-factor and K-factor combination calculated theoretically in the first part of this paper,the comparing results show that the theoretical model established in the first part of this paper is scientific,feasible,and the K-factor calculation results are believable.This paper also puts forward the idea of further work.
作者
于稼驷
Yu Jiasi(Ministry of Ecology and Environment of the People’s Republic of China,Beljing 100006,China)
出处
《核安全》
2024年第2期79-94,共16页
Nuclear Safety