Increasing the Rate Capability for the Cryogenic Stopping Cell of the FRS Ion Catcher
J. W. Zhao,D. Amanbayev,T. Dickel,I. Miskun,W. R. Plass,N. Tortorelli,S. Ayet San Andres,S. Beck,J. Bergmann,Z. Brencic,P. Constantin,H. Geissel,F. Greiner, L. Groef,C. Hornung,N. Kuzminchuk,G. Kripko-Koncz,I. Mardor,I. Pohjalainen,C. Scheidenberger,P. G. Thirolf,S. Bagchi,E. Haettner,E. Kazantseva,D. Kostyleva,A. Oberstedt,S. Pietri,M. P. Reiter,Y. K. Tanaka,M. Wada,D. L. Balabanski, D. Benyamin,M. N. Harakeh,N. Hubbard,N. Kalantar-Nayestanaki,A. Mollaebrahimi,I. Mukha, M. Narang,T. Niwase,Z. Patyk,S. Purushothaman,A. Rotaru,A. Spataru,G. Stanic,M. Vencelj,H. Weick, J. Yu NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION B-BEAM INTERACTIONS WITH MATERIALS AND ATOMS（2024）
Key words
Cryogenic stopping cell,Rate capability,Extraction efficiency,Gas cell,Exotic nuclei
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