findings in the field of nuclear structure using modern time-of-flight mass spectrometers at the FRS Ion Catcher and the TITAN experiment at TRIUMF in Vancouver (Canada). At the end of the annual meeting
focusing beams up to the magnetic rigidity of 20Tm. In the figure 1, the beam plot with 3 rd -order ion-optics of the Pre-Separator is shown. The table below gives the calculated 1 st -order transfer matrix
das Phasenraumvolumen des Strahls mit zunehmender Zahl gespeicherter Ionen und mit der Ladung des Ions wächst. In Bild 2 ist die Abhängigkeit der Strahlparameter für eine Ionensorte ( 12 C 6+ ) für ve
SAM3 processor board is the further development of the SAM2 module, the centerpiece of the GSI Heavy Ion Therapy Control system. Main improvements are increased memory buffers to handle larger event sizes
at the partner facilities at GSI, GANIL and MSU, leading the way to the next-generation radioactive-ion beam facilities FAIR, SPIRAL2 and FRIB at these sites, will allow to measure and investigate properties
a proton linac is planned, which will be operated independently from the existing UNILAC for heavy ions. The proposed linac comprises a proton source, a RFQ, and a DTL. Its operation frequency of 352 MHz
sections of the Super-FRS can be operated in dispersive, achromatic or dispersion-matched spectrometer ion-optical modes, which allow measurements of momentum distributions of secondary-reaction products with
was moved to the ISAC mass separator at TRIUMF . This facility offered us more than 30,000 11 Li ions/s, produced in spallation reactions induced by a 500 MeV proton beam with 40 μA beam current. During
Vormann, S. Yaramyshev, D. Jeon, D. Uriot, R. Tiede A New High Energy UNILAC as a High Current Heavy Ion Injector for the FAIR-Synchrotrons PAC 2009, FR5REP059 Authors: W. Barth, L. Dahl, H. Eickhoff, L.
Participants Is this proposal part of a PhD thesis project? Beam time requested for PHELIX and/or ion beam Continuation of previous proposal? Main experimental/scientific goal(s) (max. 4-5 lines) 3 major