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A universal slow RI-beam facility at RIKEN RIBf

机译:Riken Ribf的通用慢梁设施

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A next-generation slow radioactive nuclear ion beam facility (SLOWRI) which provides slow, high-purity and small emittance ion beams of all elements has been proposed as one of the pricipal experimental facilities at the RIKEN Rl-beam factory (RIBF). High energy radioactive ion beams from the projectile fragment separator BigRIPS are thermalized in a large gas catcher cell. The thermal ions in the gas cell are guided and extracted to vacuum by a combination of DC electric fields and inhomogeneous rf fields in the cell (rf ion guide). In the R&D works at the present RIKEN facility, an overall efficiency of ~5% for ~ 100A MeV ~8Li ion beam from the present projectile fragment separator RIPS was achieved and the dependence of the efficiency on the beam intensity was investigated. A first spectroscopy experiment at the prototype SLOWI was performed on Be isotopes.
机译:已经提出了一种提供所有元件的缓慢,高纯度和小的辐射离子束的下一代缓慢放射性核离子束设施(Slowri)作为RIKEN RL-Beam厂(Ribf)的Pricipal实验设施之一。 来自射弹片分离器Bigrips的高能放射性离子束在大型气体捕集池中热化。 通过细胞(RF离子引导件)中的DC电场和非均匀RF场的组合引导和提取气体电池中的热离子并提取。 在R&D在目前的riken设施工作中,实现了来自目前射弹片分离器裂口的〜100a mev〜8li离子束的总效率,并研究了效率对光束强度的依赖性。 原型慢速的第一光谱实验是在同位素上进行的。

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