|Version 75 (modified by 13 years ago) (diff),|
- electron induced,
- neutrino induced,
- photon induced,
- and pion induced reactions,
- and for heavy-ion collisions.
For those reactions, the flow of particles is modelled within a Boltzmann-Uehling-Uhlenbeck (BUU) framework. The relevant degrees of freedom are mesons and baryons which propagate in mean fields and scatter according to cross sections which are tuned to the energy regime ranging from 10 MeV to more than 10 GeV.
The new implementation, named GiBUU, is written in modular Fortran2003 and based upon a Subversion version control system, which allows for a concise control over the full development phase of the code. GiBUU is based upon a code written originally in the 90s by S. Teis and M. Effenberger.
Phd's and graduate students
- Dipl. Phys. Oliver Buß
- Dr. Kai Gallmeister
- Dr. Alexei Larionov
- Dipl. Phys. Tina Leitner
- Dipl. Phys. Pascal Mühlich
- Intro... (Historical remarks, ...)
- BUU equation
- Resonance Model : Cross sections, Parameters...
- High Energy : Pythia ...
- Reactions : Photon, Electron, Pion, Neutrino, Heavy-Ion
Used software and tools
Intel Fortran Compiler and g95: Both implement most features of the Fortran2003 standard.
ROBODoc is generating an automatic code documentation.
- Version Control
Our code is based upon a Subversion version control system. The code can therefore be restored to any time point of its development phase.
- Further tools
Institut für Theoretische Physik
Tel.: +49 (0)641 99-33322