the main separator and the ends of the branches [1]. The use of materials which survive Super-FRS beam rates longer than plastics (typically lifetime 1 week) is under investigation. As start/stop detector [...] the FRS. They have been equipped with 16 vertical strips of 1 mm width separated by a gap of 0.15 mm. The Cr/Au electrode metallization (50/100 nm) via photolithography followed by etching was made at GSI [...] synchronized with a 200 MHz external clock. [1] C. Nociforo, 2014 JINST 9 C01022 A ToF resolution of 40 ps, well in agreement with the goal design, was measured with DD1 and DD2 detectors close each other using

in the electronics catalog. DiRICH & FaRICH - High-precision systems for time measurement The FaRICH1 and DiRICH5 are compact systems for amplification, discrimination, digitalization as well as data a [...] FAIR HC Roof Slider IPAC 23 FAIR Hot Celll Turntable IPAC 23 FAIR Local Cryo for CBM IPAC 23 FAIR SIS100 Beam-dump IPAC 23 FAIR Stands for HEBT IPAC 23 FAIR Vacuum Needs

Projektleitung TRI / Arbeitsvorbereitung TRI Projektleitung TRI (SIS100) Antonio Coronato Telefon: +49 (0)6159-71-1367 Mobil: +49 (0)174 3281 1576 Gebäude C26 Zimmer: Projektleitung TRI (SFRS) Viktor Schöll [...] Schöll Telefon: +49 (0)6159-71-1366 Mobil: +49 (0)151 5460 9708 Gebäude: BR2 Zimmer: 1.148 Projektleitung TRI (HEBT) Marcel Kranz Telefon: +49 (0)6159-71-3266 Mobil: Gebäude: C26 Raum: Arbeitsvorbereitung [...] tung TRI Serdal Aras Telefon: +49 (0)6159-71-1371 Mobil: +49 (0)174 3281 547 Gebäude: BR2 Zimmer: 1.148

Ort: BK1 4.011 About FAIR FAIR will be one of the largest and most complex accelerator facilities in the world. The centrepiece of the facility a ring accelerator with a circumference of 1,100 metres.

sagte, dass dort bald ein neuer Beschleuniger sein wird. Der Beschleuniger wird einen Umfang von 1.100 Metern haben. Einteilung in Gruppen Nach der Führung haben wir uns gemeinsam im Seminarraum Theorie

onic cavity system for FAIR D. Lens, P. Hülsmann and H. Klingbeil Proceedings of PAC (2009) WE5PFP100, Vancouver, Canada Bunch compression for FAIR P. Hülsmann, R. Balß, U. Laier and H. Klingbeil Proceedings

62-67924-1 2023 A calibration system for hadron synchrotrons with a large frequency swing A. Andreev, D. Lens, H. Klingbeil Nucl. Instrum. Methods Phys. Res., A 1053 (2023) 168382 FAIR SIS100 Accelerating [...] Synchrotron SIS100 P. Spiller, R. Balss, P. Bartolome, J. Blaurock, U. Blell, O. Boine-Frankenheim, L. Bozyk, M. Chorowski, T. Eisel, and M. Frey Journal of Instrumentation 15 (2020) T12013 The SIS100 RF Systems [...] of periodic signals S. Orth, H. Klingbeil EURASIP J. Adv. Signal Process. (2024) 2024:80 FAIR SIS100 accelerating RF system - Modeling and analysis of the coupled LLRF control loops C. J. Wegmann, L.

Maximale Burstrate: 320 MHz/Kanal (max. 6 Pulse pro Kanal) mittlere Rate: 100 kHz/Kanal (bei 20 MBit/s Auslesegeschwindigkeit) bis 1,5 MHz/Kanal (bei 300 MBit/s Auslesegeschwindigkeit) Verlustleistung: 27

Wen); 9-16 Aug 2012: beamtime E089, Bussmann/Winters, C 3+ , 122 MeV/u, 100 mA, ESR https://www-alt.gsi.de/documents/DOC-2012-Jun-1-2.pdf ; July- Aug 2012: ESR beamtime preparations for experiment E089 HZDR

which is equipped with a special noise insulation. It is a water-cooled rotary srew compressor with 1:1 drive, with no power transmission losses and reduced maintenance costs. It provides a helium mass flow [...] acceptance of ±80 mrad for neutrons; (ii) A maximum bending angle of 40°, ensuring an acceptance close to 100% even for experiments with very different magnetic rigidities of the beam and the fragments; (iii) [...] (iii) A high field integral of about 5 Tm, which allows a bending angle of 18° for a 15 Tm beam (e.g. 1 GeV/nucleon 132 Sn or 500 MeV/nucleon 8 He) or 14° for 20 Tm beams, the maximum rigidity provided by the