Speaker
Description
FLUKA simulations of beam lines are essential for understanding different aspects of accelerators, including beam losses, backgrounds, activation, and shielding. Creating a beam line simulation using FLUKA is a time-consuming and error-prone process. This paper describes updates to pyflubl (Python FLUKA beam-line), a set of Python tools
which can create a FLUKA simulation using a Python script or accelerator simulation code, like MADX. pyflubl is based on multiple stable and advanced Python packages created to make BDSIM (Geant4) beamline simulations as simple as possible; these are pymadx (an interface to MAD-X), pymad8 (an interface to MAD8), pybdsim (interface to BDSIM) and most importantly pyg4ometry (a geometry engine for Monte Carlo geometry creation). This paper describes developments that complete pyflubl into a fully functioning package, including implementation of the LATTICE command, improvement implementation of pole face rotations (with component tilts), custom electric and magnetic fields and particle sources. Finally a prototype interface to RF-Track is described and demonstrated.
| In which format do you inted to submit your paper? | LaTeX |
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