BRIF and CARIF progress
BRIF and CARIF progress
复制标题
DOI：
10.1007/s11433-011-4422-x
复制
发表时间：
2011-08
期刊：
影响因子：
--
通讯作者：
Weiping Liu;Zhihong Li;X. Bai;Y. Wang;B. Guo;Chaohua Peng;Yi Yang;Jun Su;B. Cui;Shuhua Zhou;Shengyun Zhu;H. Xia;X. Guan;S. Zeng;Huanqiao Zhang;Yongshou Chen;H. Tang;Li Huang;B. Feng
中科院分区：
文献类型：
--
作者：
Weiping Liu;Zhihong Li;X. Bai;Y. Wang;B. Guo;Chaohua Peng;Yi Yang;Jun Su;B. Cui;Shuhua Zhou;Shengyun Zhu;H. Xia;X. Guan;S. Zeng;Huanqiao Zhang;Yongshou Chen;H. Tang;Li Huang;B. Feng
中国原子能科学研究院（CIAE）目前正在建设北京稀有离子束设施（BRIF），并提出中国先进稀有离子束设施（CARIF）方案。本文旨在介绍BRIF项目的进展和CARIF的概念设计。正在建设的ISOL型装置BRIF由一个100 MeV 300 μA质子回旋加速器、一个质量分辨率为20000的ISOL和一个2 MeV/q的超导直线加速器组成，将于2013年投入使用。拟议的CARIF设施计划同时使用ISOL和PF技术。它是基于中国先进的研究堆CARR，这是关键的，裂变碎片的ISOL分离，后加速到150 MeV/u，并破碎中子丰富的裂变碎片束，如132sn。这种独特的组合将使CARIF提供的光束强度比世界上最好的设施好一个数量级以上。
China Institute of Atomic Energy (CIAE) is currently constructing Beijing rare ion beam facility (BRIF) and is proposing China advanced rare ion beam facility (CARIF). This paper is aiming at introducing the progress of BRIF project and the conceptual design CARIF. The ISOL type facility BRIF under construction is composed of a 100 MeV 300 μA proton cyclotron, an ISOL with mass resolution of 20000, and a super-conducting LINAC of 2 MeV/q, and will be commissioned in 2013. CARIF facility proposed is planned to use both ISOL and PF techniques. It is based on a China advanced research reactor CARR that was critical, with ISOL separation of fission fragment, post acceleration to 150 MeV/u, and fragmentation of neutron-rich fission fragment beam like132Sn. Such unique combination will allow CARIF to deliver beam intensity better than the best world facilities by more than one order of magnitude.