Impact of Transmutations in Fusion Environment on Flibe Chemistry
Impact of Transmutations in Fusion Environment on Flibe Chemistry
复制标题
聚变环境中的嬗变对自由化学的影响
DOI：
10.13182/fst01-a11963335
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发表时间：
2000
期刊：
影响因子：
--
通讯作者：
E. Cheng
中科院分区：
文献类型：
--
作者：
D. Sze;M. Sawan;E. Cheng
计算了典型的燃料包层中Li、Be和F的嬗变率。结果表明，F的嬗变速率是Be的两倍以上。由于氟的破坏率高，熔盐中不会有游离氟。因此，只要动力学是有利的（可能的），解决flibe的化学控制的实验程序不必担心与游离氟相关的问题。此外，该计算定义了辐照后的flibe的化学状态。这种化学状态需要进行精密的模拟，以便进行现场化学控制实验。
Transmutation rates of Li, Be and F are calculated for a typical flibe blanket. The results concluded that the transmutation rate of F is more than double that of Be. Because of the high destruction rate of fluorine, there will be no free fluorine in the molten salt. Therefore, experimental program to address the chemistry control of flibe does not have to worry about the issues associated with free fluorine as long as kinetics are favorable (likely). Also, this calculation defines the chemical state of flibe after irradiation. This chemical state needs to be simulated closely for the flibe chemistry control experiments.