Open House at FAIR and GSI Visit us and discover the universe in the lab! Accelerators and experiments of GSI and FAIR open their doors to the public. The future FAIR facility presents their plans for
HEST (High-Energy Beam Lines) HEST stands for High-Energy Beam Lines (German: Hochenergie Strahlfuhrung) and is a complex set of beam lines between SIS-18 synchrotron, ESR, Cryring storage rings and e
Ring Branch The figure below shows the 3rd-order ion optics as a “beam plot”. The Main Separator of the Super-FRS is shown, from FPF4 along the Ring Branch up to the focus at FRF3, where slits would b
Low-Energy Branch The figure shows the 3 rd -order ion optics as a “beam plot”. The Main Separator is shown, from FPF4 along the Low Energy Branch (LEB) up to the focus at FLF2, where slits would be u
High-Energy Branch In the beam plot of the Main Separator shown, the end focus at FHF1 is chosen as 7.5 m beyond the end of the last quadrupole in the HEB. This large distance is needed to transport t
Pre-Separator The Pre-Separator must be capable of 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 tab
Focusing System The figure below shows the Super-FRS focusing system: the last section of the coupling beamline from the SIS-100 or from the SIS-18 synchrotrons to the Super-FRS target, FPF0. The quad
Beam Dynamics The Beam Dynamics work package concerns the calculation and development of the ion-optics for the three branches of the Super-FRS, as well as simulations of, e.g., the beam spot size at
Schülerpraktikum Unser Praktikum war vom 20.03 bis zum 31.03.2017. Wir wurden eigentlich in die Abteilung Finanzen eingeteilt, haben uns aber nur 2 Tage mit dem Thema Finanzen und Buchhaltung beschäft
The APPA Cave The plasma physics community will have access to a dedicated ion beamline in the APPA cave. The cave, whose layout is shown in the figure below, will be 1064 m 2 large and its will be su
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