Proton Linac for FAIR The antiproton physics program of the proposed International Accelerator Facility at Darmstadt is based on a rate of 7·10 10 cooled antiprotons per hour. To provide the primary p
Therapy Accelerator A dedicated clinical cancer therapy facility was designed at GSI and was build at the Radiologische Universitätsklinik in Heidelberg, Germany. The facility is designed to treat mor
TK-Charge Separator In the transfer line to the SIS 18 a suitable foil stripper is already employed for high SIS-output energies. However, the present way of charge state separation with a single 11 d
Publications Publications during the reporting period that resulted from the HITRAP project: H. Häffner, N. Hermanspahn, P. Indelicato, H.-J. Kluge, E. Lindroth, V. Natarajan, W. Quint, S. Stahl, J. V
Vacuum for the accelerator operation The vacuum group takes care of all needed maintenance works and upgrade measures, which must be undertaken during the accelerator shutdown, including vacuum contro
Vacuum for FAIR Project The FAIR accelerator facility shall consist of a heavy ion synchrotron (SIS100), several storage rings, High Energy Beam Transport (HEBT), Synchrotron SIS100, Super Fragment Se
Vacuum Laboratory To ensure the vacuum compatibility of all devices, which have to be mounted into the accelerator, a vacuum acceptance test is carried out before installation. The vacuum acceptance t
Abmessungen der PPT98-Targets Beryllium I, cylindrical target weight m 1563,360 mg length h 10,812 mm diameter Ø 9,981 mm area A 0,782 cm² aereal weight m/A 1998,117 mg/cm² density r 1,848 g/cm³
Wed, August 28, 2024 | 2 p.m. Kosmische Alchemie der Elemente – Die ersten 14 Milliarden Jahre des Universums Karlheinz Langanke, GSI/FAIR Registration and further information