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SIRIUS: a proposal for an accelerated radioactive beams facility at ISIS

机译:SIRIUS:ISIS加速放射束设施的建议

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A Proposal for a future Radioactive Beams Facility has been developed based on ISIS, the world's brightest pulsed netron source. Radioactive ions are produced by the spallation process driven by a 100 mu A, 800 MeV proton beam delivered frm the ISI synchrotron accelerator. This is ten times more powerful than currently available in the world today, and follows on from the successful work performed by the RIST project [1] to develop a high power radioactive beam target for sucyh a facility. The proposed design provides for both low (200 keV), and high energy (10 MeV/A) radioactive beams with high to medium mass resolution. A flexible facility layout allows the maximum simultaneous and independent use of the radioactive beams by a number of different users. An overview of the proposed facility is presented.
机译:基于世界上最明亮的脉冲netron源ISIS,已制定了有关未来的放射性束设施的提案。放射性离子是由ISI同步加速器输送的100μA,800 MeV质子束驱动的散裂过程产生的。它的强度是当今世界上可用的强度的十倍,并且是继RIST项目[1]成功完成的工作以开发用于Sucyh设施的高功率放射束目标之后进行的。拟议的设计提供了具有高到中等质量分辨率的低(200 keV)和高能量(10 MeV / A)放射性束。灵活的设施布局允许许多不同的用户最大程度地同时独立使用放射束。提出了建议的设施的概述。

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