Electronics used for FRS standard detectors Follow the links below to find detailed information about the electronics used for the standard FRS data acquisition. ...
Trash/FRS Web Preferences The following settings are web preferences of the Trash/FRS web. These preferences overwrite the site level preferences in ., and can be ...
The FRS Technical Information The public websites for the Fragment Separator can be found here. DO NOT RELY ON THIS DATASETS since this is just a test environment ...
FRS stand alone system Sorry, still under construction! System architecture The FRS data acquisition is based on VME electronics, which process the detector signals ...
Data acquisition for the FRS System architecture At present, the FRS data acquisition consists of a single "branch" within the GSI Multti Branch System (MBS) framework ...
Liquid hydrogen targets at the FRS There are several liquid hydrogen targets available at the FRS, one permanently installed in the target area (S0) of the FRS (named ...
Standard Detectors used at GSI Follow the links below to find detailed information about the various standard detectors that are used in the FRS beamline. Primary ...
FRS Setup How do I setup the Fragment Separator? From SIS extraction of primary beam to isotope identification. Days before Safety check Sicherheitsabnahme safety ...
GICOSY About GICOSY GICOSY is based on COSY 5.0 with additions done later in Gießen. It was written at University of Gießen, 1986 1998, by Martin Berz, Bernd Hartmann ...
GIOS General Ion Optical System About GIOS GIOS was written at University of Giessen by E. Kasseckert, D.M. Rehfield, W. Wendel, J. Brezina, Ch. Geisse, J.D. Larson ...
MOCADI 3.1 General Information MOCADI is a Monte Carlo simulation program to calculate the transport of primary beams, projectile fragments, and fission fragments ...
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