coupling, (pdf), (2008) MBS Note 3, multi-event time stamper, (pdf), (2008) MBS Note 2, requirements for SIS S3xxx, (pdf), (2008) MBS Note 1, multi-event VME readout, (pdf), (2008)

International Physics Masterclass bei GSI! Complex performance test at low temperature: test setup of a SIS100 section delivers successful results Greetings from the island of enhanced stability: The quest for [...] Testing of first of series module for the UNILAC Alvarez upgrade Series production and series tests of SIS100 dipoles for the FAIR ring accelerator are completed TRON uses GSI/FAIR experiment period for cancer

status of the FAIR project at this event. He informed about the upcoming installation phase for the SIS100 ring accelerator, emphasizing the crucial importance of the timely arrival of components, including

infrastructure. I.e., the following steps only apply for users of our GSI infrastructures (UNILAC and SIS): Application for beam time at GSI At the GSI biophysics department, beam access is provided either

An entire acceleration chain is available, starting with the UNILAC linear accelerator, through the SIS18 ring accelerator, to the ESR experimental storage ring. These can be used to conduct research on

synchrotron SIS and the experimental storage-cooler ring ESR. Ions of all elements, from hydrogen to uranium, can be accelerated up to momenta given by the 18 Tm maximum rigidity of the SIS. Even for uranium

synchrotron SIS and the experimental storage-cooler ring ESR. Ions of all elements, from hydrogen to uranium, can be accelerated up to momenta given by the 18 Tm maximum rigidity of the SIS. Even for uranium

the ion sources. This is where the particles are generated before they are accelerated in UNILAC and SIS. The scientists at GSI carry out research with electrically charged atoms, so called ions. The difference

of high current uranium ion beam into the UNILAC at GSI To fill up the GSI heavy ion synchrotron (SIS) to its space charge limit with uranium ions, a vacuum arc ion source, based on the metal vapor vacuum

tracker of PANDA's Forward Detector, as well as for the cryogenic systems in the large accelerator ring SIS100 and in the Super Fragment Separator. The partnership with Jagiellonian University Krakow lasts since