transportation is often called ion optics . At GSI a frequently used tool for simulating ion optical systems is the program MIRKO, which was developed at GSI by B.J. Franczak. MIRKO is in particular used [...] control the beam position in the many beam transport lines of GSI beyond the synchrotron SIS18 online. Due to the central role of MIRKO for GSI and FAIR, the jMIRKO project was initiated. It aims at unifying [...] MIRKO, developed by B. Franczak. At GSI, MIRKO-QW is routinely used to perform ion optical simulation tasks, among them the optimization of the operation of the existing GSI facility as well as the design of
Technical Parameters FAIR and GSI Reference Cycles for SIS18 H. Liebermann, D. Ondreka, V1.2, 24.08.2015, Pdf-File, 156 Pages SIS18 Technical Drawings and Images Images by J. Roß, 31.08.2008, Pdf-File [...] Franczak, 10.09.1987, Pdf-File, 31 Pages If you have any further questions or remarks, please send an email to P. Schwab
Change Windows Password The Windows password is valid for 24 months. Before it expires, e-mails are sent with an appropriate warning in a defined time frame. Information for password length, complexity [...] Outlook? After expiration , the password can only be changed in Windows itself and thus only within GSI. How can I change the Windows Passwort in Windows 10? After login please use the shortcut: Ctrl + Alt [...] entered: Specops Password Policy Manager is used to visualize Windows password policies applied at GSI and FAIR. The tool will be automatically displayed when a password is changed via Windows security
the experiments CBM, HADES, PANDA and the GSI Experiment Elektronics department. Head Michael Traxler Room SB2 2.254 Tel.+49-6159-71-1348 email: m.traxler@gsi.de Organisation of group Digital Elektonics [...] programming of mainly digital electronics in close collaboration with the physics experiment groups at GSI. For these tasks very often Field Programmable Gate Arrays are used on the developed devices, which [...] English:] G. Otto The picture shows the readout electronics of the RICH detector of experiment HADES at GSI. The mounted electronics is a collaborative development of CBM/HADES/PANDA and Experiment Electronics