Pal'chikov et al. Measurements of the ground-state ionization energy and wavelengths for the 1snp 1P*1-1s2 1S0 (n=4-9) lines of Mg XI and F VIII Journal of Physics B 35 , pp. 2741-2754 (2002) A.R. Piriz,

Bahnspur Gerhard Kraft, GSI 10:40 – 11:20 Radon-Messungen in natürlicher Umgebung, Dosisabschätzung im Vergleich zu Radon-Therapie Volker Grimm, THM 11:20 – 11:30 Coffee break 11:30 – 12:10 Diffusion und Akkumulation

GSI Scientific Report - Annual Report of the GSI All GSI Scientiifc Reports and Jahresberichte are now available at: https://repository.gsi.de/ or follow these links: GSI-FAIR Scientific Report 2024 D

2687 North tower EH 1658 South tower bottom EH.1.013 1571 South tower top EH.2.013 1849 Z6 control room EH.1.002 1850 or 2286 Target area EH.1.011 1569 Visar EH.2.011 2612 nhelix room EH.1.010 1570 HHT [...] PHELIX Work station Building/Room Phone PLH Entry PLH.1.005 2072 X-Ray lab PLH.1.001 2051 or 3051 COS PLH.1.002 1903 or 3053 Lab PLH.1.002 1902 or 3054 Frontend PLH.1.002 2054 MAS PLH.1.002 2052 RR 100 [...] station Building/Room Phone LEL (Mock-Up) EH.1.035/036 3532 BLL SE.1.129 2428 Container workshop C22 1401 Experimentatoren-Werkstatt (Murksbude) SE.1.185 2443 Vorortlabor BG.2.001b 2830 Meeting rooms List

Due to the current tight situation regarding spaces and areas, we cannot always offer you a quick 1:1 solution. However, it has been found time and again that the constant changes at GSI also create new

00 (x,a) (x,d) 6.35 -5.59 5.52 -6.35 (a,a) -0.24 0.54 -0.55 0.24 -0.50 (a,d) 0.09 0.03 (y,y) 0.25 0.11 1.34 1.37 (y,b) -0.61 0.63 -0.76 1.34 -0.10 (b,b) -0.19 0.03 -0.25 -0.36 0.71 Path length (m) 98.08

approved by the FAIR Expert Committee Experiments (ECE). Beam transport infrastructure (PSP Code: 1.3.2.1.1) TDR: "Beam matching section with normal-conducting quadrupoles in the plasma physics beamline in

approved by the FAIR Expert Committee Experiments (ECE). Beam transport infrastructure (PSP Code: 1.3.2.1.1) TDR: " Beam matching section with normal-conducting quadrupoles in the plasma physics beamline

mit geringem Aufwand zu testen. Zudem können praxisnahe bzw. reale Tests durchgeführt werden, welche 1:1 wie in einem üblichen Rechenzentrum erprobt werden können. Für Unternehmen, Startups oder Forschun

+49-6159-71-1427 BK1 2.020 Wolfgang Gallus +49-6159-71-2346 BK1 2.028 Konstantin Istomin +49-6159-71-1861 BK1 2.020 Lucas Kremke +49-6159-71-1880 BK1 2.031 Matthias Lautenschläger +49-6159-71-2094 BK1 2.031