为了对加速器驱动次临界系统(Accelerator Driven System,ADS)的中子经济性和安全性做进一步研究,IAEA启动了ADS合作研究计划,提出了ADS基准题。
基于4个网页-相关网页
加速器驱动次临界系统 ADS ; Accelerator Driven Sub-critical System ; Accelerator-driven system
耦合次临界系统 ADFTS
聚变驱动次临界系统 Fusion-Driven Subcritical System
系统经一个暂态过程后达到一个临界态，其雪崩大小的概率统计分布服从幂次规律。
After a short transient time, the system reaches a critical steady state in which avalanches of activity are distributed according to power-law.
讨论了第一临界情形下的平面三次系统高次奇点的局部拓朴结构，并给出利用多项式系数的判断准则。
This paper discuss the locally topological structure of higher order singular point for the plane cubic system in the first critical case and give a criterion by the coefficients of polynomials.
在加速器驱动的次临界核能系统(简称ads)的研究中，中子散裂靶的散热是一个重要的课题。
For the study of Accelerator Driven sub critical System (ADS), the heat transfer of spallation neutron target is an important issue.
应用推荐