Dennis Neidherr Department: Electronics Group: Control systems Phone: +49 6159 71 1885 Fax: +49 6159 71 2986 Office: 2.2.255 - SB eMail: d.neidherr(at)gsi.de Post address: Dr. Dennis Neidherr - Electronics

Frontend Temporal contrast Nanosecond Frontend Pre-Amplifier Main Amplifier Pulse Compressor Control System Timing System Safety PHELIX PW Target Area SEPPL Backlighter Laser Target area laser laboratory Reinräume [...] Management Project Control Quality Assurance In-Kind Office & Procurement Product Lifecycle Management Realization in SAP CMD Configuration Management & Documentation Commons Control Systems HEL Group FEC Group [...] 18 (SIS) System Design SIS100/SIS18 (SYS) SC Magnets & Testing (SCM) Magnet Electrical Systems (MES) Magnet Testing & Technology (MTT) Superconducting Magnet Technology (SMT) Ring RF Systems (RRF) Ring

and local cryogenics) including planning of space, power requirements, cables, input to vacuum control system etc.). Procurement of standard vacuum components (valve, gauges, pumps…). Testing and documentation

in German. Locking systems forms (CAM) Key request form (PDF) Key request form AEB (PDF) for enclosed electrical operating areas Additional information can be found under Locking System Management . GGEW [...] for new installations, report faults and request repairs in the following areas: Electrical Safety Systems Heating Ventilation / Air Conditioning Water / Sanitation Gases For example: Clogged toilet, defective [...] topics: Used furniture Water dispensers, snack and coffee machines Tea kitchens Green spaces Pest control Seating ATTENTION : Please send the completed seating form and room reservations by email to zen

specifically controlled. These materials, fabricated by electrodeposition and ion-track nanotechnology, open up exciting possibilities for applications in microfluidic devices, liquid transport systems, and sensor [...] applications span all fields where controlling surface wetting is crucial — from microfluidics and self-cleaning surfaces to energy-efficient condensation systems,” explains Dr. Mohan Li, first author

measuring devices to the installation of the data logging and control systems on the GSI test stands (PTF and STF) and the development of measuring systems for high-precision magnetic field measurements and geometric [...] Cryogenics (CRY) , Vacuum Systems (VAC) and Transport and Installation (TRI) departments, as well as with the groups Superconducting Magnet Technology (SMT) , Magnet Electrical Systems (MES) and Survey and [...] members to the groups are visible in the list of group members of MTT (available internally only). System for high precision gap height measurements Measurement of the gap height on a series dipole for SIS100

and supports programmable temporal pulse shaping. The initial system component is entirely based on fiber technology. A commercial system (ModBox, Exail) comprises: - A continuous-wave laser source - A [...] fiber amplifier - An acousto-optic modulator - An intensity modulator, controlled by an arbitrary signal generator This fiber-based system produces pulse energies of up to 10 nJ and acts as the seed source

stochastic cooling system ( PSP 2.5.10) within the FAIR project with all working steps from design, development, procurement up to commissioning. Operation of all future FAIR beam cooling systems, including CR [...] CR and HESR systems Building up and secure expertise for these cooling systems Department Head (interim) Jon Roßbach Phone: +49-6159-71-3102 Mobile (GSI): 55 3102 PSA: 1021 Office: BR1 3.002 Deputy PD [...] D of a new stochastic cooling system (1-2 GHz) for the Collector Ring of the FAIR project. At the same time, it is supporting the operation of the stochastic cooling system at ESR of the existing GSI facility

triggering of this protection function is the main task of the QuD system. Moreover, it provides QuD data acquisition and is controlled remotely via local Ethernet network. [...] Leader Walter Freisleben Phone: +49-6159-71-1782 Room: C27 1.002 Provision of a Quench Detection (QuD) System for the superconducting (sc) magnets and copper current leads (CL) of the SFRS machine. One electronic

will also enable standard go4 version) What is Go4? The object-oriented system Go4 (GSI Object Oriented On-line Off-line system ) is based on ROOT (R. Brun et al.) with the specific requirements of the [...] The Go4 Project page New release: Go4 Version 6.4.0 (March 17th, 2025): Support of Qt6; cmake build system ROOT 6 with Qt5/Qt6 web canvas for Linux, MacOS, and Windows 11 Go4 within docker container for all [...] The Go4 analysis framework provides the syntax to organize the analysis in steps which can be controlled from the GUI. Each step has its own IO and processing classes. The Go4 event classes can be used