Accelerated radioactive beams from REX-ISOLDE

O. Kester; T. Sieber A; S. Emhofer A; F. Ames A; K. Reisinger A; P. Reiter A; P. G. Thirolf A; R. Lutter A; D. Habs A; B. H. Wolf B; G. Huber B; P. Schmidt B; A. N. Ostrowski B; R. Von Hahn C; R. Repnow C; J. Fitting C; M. Lauer C; H. Scheit C; D. Schwalm C; H. Podlech D; U. Ratzinger D; O. Forstner E; F. Wen; Er E; J. Cederk€all E; T. Nilsson E; M. Lindroos E; H. Fynbo E; S. Franchoo E; U. Bergmann E; M. Oinonen E; J. €ayst€o E; P. Van; Den Bergh; M. Huyse F; N. Warr G; D. Weisshaar G; J. Eberth G; B. Jonson H; G. Nyman H; M. Pantea I; H. Simon I; G. Shrieder I; A. Richter I; O. Tengblad J; T. Davinson K; P. J. Woods K; G. Bollen L; L. Weissmann L; L. Liljeby M; K. G. Rensfelt M

oai:CiteSeerX.psu:10.1.1.586.6136

Accelerated radioactive beams from REX-ISOLDE

Abstract

In 2001 the linear accelerator of the Radioactive beam EXperiment (REX-ISOLDE) delivered for the first time accelerated radioactive ion beams, at a beam energy of 2 MeV/u. REX-ISOLDE uses the method of charge-state breeding, in order to enhance the charge state of the ions before injection into the LINAC. Radioactive singly-charged ions from the on-line mass separator ISOLDE are first accumulated in a Penning trap, then charge bred to an A=q < 4:

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oai:CiteSeerX.psu:10.1.1.586.6136Last time updated on 10/29/2017

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