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Technical information

Howtos
 » FRS setup
 » FRS optics (new window)

Hardware
 » 
The FRS Setting (new window)
 »  Learn more about the GSI Target Laboratory
(new window)
 » Standard detectors used at the FRS.
 » The gas supply system of the FRS
 » The hydrogen target
(new window)

Data acquisition & electronics
 »  The update FRS electronics pages
 »  The new FRS DAQ pages
 »  Data-taking is done using the GSI-developed MBS package
 »  The old FRS DAQ pages
 »  An introduction to the on-line version of PAW++ sometimes used at the FRS
 »  An introduction to the GO4 analysis to be used at the FRS
 » SATAN, a useful program for plotting and analyzing data

Software
 »  On-line versions of the FRS Sharp calculator conversion programs.
 »  On-line versions of the FRS Degrader calculator
 » ATIMA, a program to calculate various interactions of particles and matter
 »  Use CHARGE to calculate charge-changing cross sections and the like
 » GLOBAL, another program to calculate properties of atoms passing through matter
 » MOCADI, a Monte Carlo simulation for beam transport through optical systems
 » GICO, a progam for ion-optical calculations
 » EPAX, an empirical formula to estimate fragmentation cross sections ("safe" on-line version)
 »  Use LIESCHEN to predict the ion-optical separation of secondary beams
 » EMD calculates the electromagnetic interaction of heavy-ion beams with target atoms
 »  Try AMADEUS, a magnet and degrader utility for scaling

Beam intensities & cross sections
 »  Table of primary beam intensities (from the accelerator division)

More info will be added later...

 
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