First wall ablations with high-flux pulsed proton beams and UV laser lights for IFE reactor design database
First wall ablations with high-flux pulsed proton beams and UV laser lights for IFE reactor design database
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DOI：
10.1016/j.fusengdes.2005.10.008
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发表时间：
2006-02
影响因子：
1.7
通讯作者：
K. Kasuya;Y. Kinoshita;T. Norimatsu;S. Nakai;W. Mróz;A. Prokopiuk
中科院分区：
文献类型：
--
作者：
K. Kasuya;Y. Kinoshita;T. Norimatsu;S. Nakai;W. Mróz;A. Prokopiuk
用脉冲强离子束和紫外激光束进行了两种实验，观察了表面烧蚀和凹坑的形成。前者粒子束种类为质子，后者激光为ArF。这些光束被用来照射惯性聚变能（IFE）反应堆壁的候选表面材料。我们对这项研究的兴趣来自未来候选IFE反应堆的第一壁烧蚀的建模。所有的实验结果都被收集起来，并与我们以前的结果进行了比较，用于IFE反应堆设计数据库的编制。
Two kinds of experiments were performed to observe the surface ablation and crater formation with a pulsed intense ion beam and a UV laser beam. The former particle beam specie was proton and the latter laser was ArF. These beams were used to irradiate the candidate surface materials for the inertial fusion energy (IFE) reactor walls. Our interests for this study arise from the modeling of the first wall ablation of the future candidate IFE reactors. All of the experimental results were gathered and compared with our former results, for the compilation of the database of the IFE reactor designs.