isierungstechnik 63 (2015) 621-632 2014 A Digital Beam-Phase Control System for a Heavy-Ion Synchrotron with a Dual-Harmonic Cavity System J. Grieser, J. Adamy, T. Ferrand, K. Groß, U. Hartel, H. Klingbeil [...] feedback system in a heavy-ion synchrotron J. Grieser, D. Bug, D. Lens, H. Klingbeil and J. Adamy Proceedings of MED'13 (2013) 351-356, Platanias-Chania, Crete, Greece A digital beam-phase control system for [...] Rostock-Warnemünde, Germany Model-based analysis of digital signal processing blocks in a beam phase control system C. Spies, H. Klingbeil and M. Glesner Proceedings of ICAP (2012) WEP13, Rostock-Warnemünde, Germany

of the existing beam cooling systems (SIS electron cooling, ESR electron cooling, ESR stochastic cooling, CRYRING electron cooling). This includes the hardware, the controls concepts and the operation modes [...] for these systems. Setting up and commissioning the CRYRING electron cooler. Responsibility and realization of the CR stochastic cooling (s.c) 3.1. Planning (simulations, general concept, system design) [...] , procurement and testing of s.c. components 3.3. Setting up and commissioning the complete s.c. system Support of the operating staff during beam manipulations with cooling. Machine development experiments

Dr. Claudia Fournier, GSI Helmholtzzentrum für Schwerionenforschung GmbH Figure 3: Experimental systems (A) and radiation facilities (B) used by all GREWIS / GREWIS-alpha partners. © Dr. Andreas Mayer [...] unique tool for radon exposure: A chamber allowing radon exposure of cells and mice, operating under controlled conditions including humidity, temperature and radon concentration, which can be adjusted comparable [...] second ongoing RAD-ON02 study, a cross-over design was used for the first time, i.e. there is a control group and a group of radon-exposed patients for two consecutive years with the same 100 patients

Additional contributions are welcome! Data acquisition, controls, timing (PSP Code: 1.3.2.6) TDR: " The supervisory control and data acquisition (SCADA) system for plasma physics experiments for FAIR " Authors: [...] under construction. Work packages The work packages follow the FAIR nomenclature and concern sub-systems of the beamline installation. Below is a list of the plasma physics technical work packages. The [...] the plasma physics beamline in the APPA cave at FAIR - including beam diagnostics and the vacuum system " Authors: K. Weyrich, A. Blazevic, D. Varentsov, A. Bräuning-Demian, H. Leibrock, C. Mühle, R. Hettinger

damage to the system. These emergencies can occur for example due to the failure of individual accelerator components. To be able to implement two kicking directions with one magnet system, the circuit [...] department Ring HV is responsible for the procurement and subsequent operation of two new kicker systems for the future ring accelerator SIS100 of FAIR. Injection Kicker The SIS100 injection kicker directs [...] supply unit (Figure 4) consisting essentially of a high-voltage power supply, high-voltage switches, control electronics and the pulse-forming energy storage. In case of the I-Kicker, the energy storage device

high currents Some components in accelerator systems require very high currents. To provide these high currents in a conventional (i.e. non-superconducting) system, the duration of the current must be short [...] the required average power low and to make cooling of the system feasible. Providing such a short current pulse is the task of pulsed-power systems. To achieve such a pulse, an energy store (e.g., a capacitor [...] field quality, the conductor geometry is adapted to form a "cos 2θ" distribution. In conventional systems, such high currents are leading to a melting of the conductors and to extreme energy costs. This

Bagnoud Status of TDR: approved Data acquisition, controls, timing (PSP Code: 1.3.2.6) TDR: " The supervisory control and data acquisition (SCADA) system for plasma physics experiments for FAIR " Authors: [...] as depicted below. Work packages The work packages follow the FAIR nomenclature and concern sub-systems of the beamline installation. Below is a list of the plasma physics technical work packages. The [...] the plasma physics beamline in the APPA cave at FAIR - including beam diagnostics and the vacuum system" Authors: K. Weyrich, A. Blazevic, D. Varentsov, A. Bräuning-Demian, H. Leibrock, C. Mühle, R. Hettinger

and construction of the full detector system, integrating ladders with mechanics, cabling, powering, cooling and controls; commissioning of the detector system in the assembly laboratory and finally in [...] GSI has a leading role in the development and construction of the high-performance Silicon Tracking System for the CBM experiment. We comprise of physicists, engineers and technical staff from GSI’s CBM and [...] STS group, May 2025, during a workshop entitled “From the ongoing module and ladder assembly to system integration and commissioning”, in the Taunus mountains north of Frankfurt, Germany

the technology of cancer therapy with heavy ions. Within the collaboration the established CNAO control system will be installed and further developed at GSI in Darmstadt. More 16.06.2017 Nano-Blick auf die [...] 2017 More 9.07.2017 Collaboration of CNAO and GSI to develop a next generation ion beam therapy System The Italian National Center for Oncological Hadrontherapy “Centro Nazionale di Adroterapia Oncologica”

generation of log files Each time our website is accessed, our system automatically collects data and information from the computer system of the accessing computer. The type and amount of data transmitted [...] accessed website, source/reference from where you got to the page, the browser used, the operating system used, the IP-address used and the language you prefer. Of this data, the following are stored in [...] accessed website, source/reference from where you got to the page, the browser used, the operating system used, the IP address used as well as in the case of authenticated access, the login name used, date