加速器驱动次临界快堆

选取加速器驱动次临界快堆（ADSFR）进行燃烧武器级钚研究。

An accelerator driven sub critical fast reactor ( ADSFR ) was used to study the Pu burning of weapons grade .

为了降低以（U、Pu、Np、Am、Cm）O2为燃料的加速器驱动次临界快堆（ADSFR）堆芯径的功率峰因子，将堆芯精细地分为燃料高、低富集度区。

Refined allocations of the assemblies to high - and low - enrichment zones were used to reduce the power peaking factors of the Accelerator-Driven Sub-critical Fast Reactor ( ADSFR ) loaded with ( U , Pu , Np , Am , Cm ) O_2 fuel elements .

加速器驱动次临界快堆燃烧武器级钚的中子学研究

Neutronics of weapons-grade Pu burning in accelerator-driven sub-critical fast reactor

加速器驱动次临界快堆初装堆芯的功率密度分布展平

Power density profile flattening for the initial core of an accelerator - driven subcritical fast reactor

次锕系元素在加速器驱动的次临界快堆中嬗变的研究

Study of Transmutation of Minor Actinides in Accelerator Driven Sub critical Fast Reactor

三束流驱动ADS次临界反应堆堆芯初步设计加速器驱动的次临界系统快堆次锕系核素非均匀布置堆芯的中子学研究

Preliminary Design of Sub-critical Reactor Core for Accelerator Driven System with Three Proton Beams Neutronics Study on Minor Actinide Heterogeneous Core of ADS Fast Reactor