Workshop „Physics Opportunities with Proton Beams at SIS100” was held in Wuppertal
PANDA meetings
04/03-08/03 2024 CM 24/1 in Münster
24/06-28/06 2024 CM 24/2 at GSI
25/06-26/06 2024 FEE/DAQ Workshop
04/11-06/11 2024 CM 24/3 at GSI
05/03-07/03 2025 WS at GSI
16/06-20/06 2025 CM 25 in Uppsala
Implementation of a trackfinding-algorithm for the forward tracking system of the PANDA-detector
Felix Kibellus
TH-BAC-2016-004.pdf
(2.92 MB)
TH-BAC-2016-004.pdf
(489.65 KB)
The forward tracking system (FTS) is a straw-tube based detector in
the forward-part of the PANDA-detector. It is specializing in reconstruc-
tion of particle trajectories. The FTS consists of six stations. Each station
consists of four doublelayer straw-tubes. The second doublelayer is skewed
5 to the right and the third doublelayer is skewed 5 to the left. The first
and the fourth doublelayer are not skewed. The stations are numbered
with FTS1-FTS6. Between FTS2 and FTS5 is a magnetic field located so
charged particles will be distracted to the left or to the right. If a particle
fly through the FTS there will be FTS-hits at the position of the taken
straw-tubes created. It is necessary to reconstruct the trajectories of the
particles which are crossing the FTS. In this thesis an algorithm has been
developed which gets FTS-hits and creates PndTracks for the trajectory
in the FTS.
the forward-part of the PANDA-detector. It is specializing in reconstruc-
tion of particle trajectories. The FTS consists of six stations. Each station
consists of four doublelayer straw-tubes. The second doublelayer is skewed
5 to the right and the third doublelayer is skewed 5 to the left. The first
and the fourth doublelayer are not skewed. The stations are numbered
with FTS1-FTS6. Between FTS2 and FTS5 is a magnetic field located so
charged particles will be distracted to the left or to the right. If a particle
fly through the FTS there will be FTS-hits at the position of the taken
straw-tubes created. It is necessary to reconstruct the trajectories of the
particles which are crossing the FTS. In this thesis an algorithm has been
developed which gets FTS-hits and creates PndTracks for the trajectory
in the FTS.