50 Ti 2+ 7 197 Au 8+ 20 56 Fe 3+ 7 Unilac ECR 48 Ca 10+ 64 12 C 2+ 7 4 He 1+ 5 Unilac MUCIS 86 Kr 2+ 8 124 Xe 3+ 27 15 CH 3 1+ 26 Unilac Varis 206 Pb 4+ 15 208 Pb 4+ 49 209 Bi 4+ 23 An overall availability

(0)6159-71-2300 Fax: +49 (0)6159-71-2181 Gebäude: BR2 Zimmer: 1.109 Petr Gaj Telefon: +49 (0)6159-71-2087 Mobil: +49 (0)175 3547 488 Gebäude: BR2 Zimmer: 1.148a Transporte / Stapler Angelo Stagno a.stagno(at)gsi

Social counselling Service (EAP) As an employee 1) you have the possibility to take benefit of a social counselling service free of charge. This EAP expert counselling is offered by the ias group. EAP [...] life: work overload workplace conflicts/mobbing return-to-work management managing change processes 1) This does not include scholarship holders (e.g. doctoral scholarship holders and guest researchers)

pulses): 250 J Maximum output energy (ns pulses): 1 kJ Maximum gain: 100 Maximum output beam diameter: 28 cm (tophat profile) Cool down between shots: 1.5h

gases helium and hydrogen at unprecedented area densities up to values of 10 14 cm -2 was demonstrated [1]. In the course of these optimization efforts, a remarkably versatile target source was established [...] vacuum requirements while enabling the operation of the target beam at an interaction length down to 1 mm. This is of paramount importance with respect to the realization of high precision experiments, e [...] the storage rings of the FAIR facility. References / Selected Publications # Title Author Reference 1 Low-Z internal target from a cryogenically cooled liquid microjet source M. Kühnel et. al. Nucl. Instr

(thyratrons Thy1 and Thy2). These can be switched on very precisely at the desired time. A high-voltage power supply charges a capacitor (C Store ), which is then switched to the deflection unit by Thy1. To stop [...] accelerator setting and the type of used ions, voltages from 400V to max. 30 kV for pulse lengths between 1 μs and 400 μs are used. If you have any further questions or remarks, please send an email to Webma

cooling Voltage 2-240 kV max. electron current 1 A electron beam diameter 5 cm interaction length 2.5 m max. solenoidal field 200 mT stochastic cooling Bandwidth 0.9-1.7 GHz installed CW power 2.4 kW longitutinal [...] Die ESR-Maschine Die Umlauffrequenz der Ionen im ESR liegt bei 2 . 106 s-1. Der Druck im Inneren des Systems liegt bei 10-11 mbar, damit möglichst wenig Kollisionen zwischen Ionen und Restgasmolekülen

production run conducted over a period of three weeks at the gas jet of the ESR storage ring the 2p 1/2,3/2 →1s 1/2 Lyman-α transitions of hydrogen-like Au 78+ were measured in high resolution via spectroscopy [...] 63 keV. The aim of the experiment is to access the quantum-electrodynamic (QED) contributions to the 1s binding energy experimentally in order to provide an accurate comparison with the most advanced QED

accelerator facilities of GSI and FAIR. © Photo: G. Otto/GSI/FAIR The Green IT Cube. Construction time 1 year (December 2014 to November 2015) Commissioning: January 2016 Costs Construction costs: around €12 [...] megawatts) pumping capacity 1150 cubic meters per hour less than 7% of electrical power for cooling (PUE<1.07) water cooling in doors of computer cabinets no room air cooling necessary, allows spatially dense [...] 2015 L-CSC: Green500, 3rd place (as of November 2015) Green IT Cube: DataCenterDynamics Awards 2013 1st prize Data Center Blueprints 2nd prize Leadership in the Public Sector 2nd prize Innovation in IT

University, USA 1 month in 2019 and 1 month in 2024 at GSI Previous 2024 Michael Wiescher, Department of Physics, University of Notre Dame, USA 3 months from February to April 2024 at GSI 1 month extension [...] Dalian University of Technology, China 1.5 months from September 15 to October 31, 2024, at U Heidelberg Kenji Fukushima, Department of Physics, Tokyo University, Japan 1 month in October 2024 at U Heidelberg [...] Tokyo Institute of Technology, Japan 1 month from May 9 to June 9, 2024, at TU Darmstadt 2023 Davide Proment, School of Mathematics, University of East Anglia, U.K. 1.5 months in 2023 and 2024 at U Heidelberg