Recent results on the new fragment in-flight separator at INFN-LNS Article Swipe

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Upgrade Separator (oil production) Cyclotron Nuclear engineering Nuclear physics Physics Aerospace engineering Computer science Engineering Operating system Thermodynamics Plasma

NS Martorana , E. Geraci , P. Russotto , L. Acosta , A. Amato , L. Calabretta , G. Cardella , Antonio Caruso , S. Cavallaro , L. Coséntino , M. Costa , E. De Filippo , De Luca G , B. Gnoffo , C. Guazzoni , C. Maiolino , EV Pagano , S. Pirrone , G. Politi , S. Pulvirenti , F. Risitano , F. Rizzo , AD Russo , D. Santonocito , A. Trifirò , M. Trimarchì , S. Tudisco , G. Vecchio ·

YOU? · · 2023 · Open Access · · DOI: https://doi.org/10.1088/1742-6596/2586/1/012149 · OA: W4387013570

A project for an upgrade of the Superconducting Cyclotron is underway at INFN-LNS. One of the goals of this project is the production of RIBs (Radioactive Ion Beams) of high intensity. To reach this purpose, a dedicated facility consisting of a new fragment separator FRAISE (FRAgment In-flight SEparator) is ongoing, exploiting primary beams with a power up to ≈ 2-3 kW. The high intensity achievable with FRAISE requires the use of appropriate diagnostics and tagging systems that can operate also in a strong radioactive environment. In this framework, a R&D program has been started to develop the FRAISE facility as well as the diagnostics and the tagging systems.