Master theses https://www.agketzer.hiskp.uni-bonn.de/en/publications/master-theses https://www.agketzer.hiskp.uni-bonn.de/++resource++plone-logo.svg Master theses Entwicklung eines Praktikumsversuchs zum Thema Röntgenstrahlung, Materialanalyse und Computertomographie im Lehramt Physik Quality Assurance and Characterization of the triple-GEM tracking Detector for COMPASS and AMBER Investigations on ASIC for Triple-GEM Detectors Partial Wave Analysis of the (ηπ)-state with the Bayesian LASSO at the COMPASS experiment Development of QA procedures for large-area GEM GEM Detectors for the Tracking System of the Missing Energy Experiment NA64 at CERN SPS Study of Rescattering Effects in Diffractive Production at COMPASS - The Case of the a_1 (1420) A feasibility test for measuring the proton charge radius in high-energy muon-proton elastic scattering Investigation of diffractively produced ηπ and η'π final states in COMPASS Event reconstruction for Dark Photon searches at NA64 Development of a New Revision for Floating, High-Voltage Picoamperemeters Characterization of the micro pattern gaseous tracking detector in the NA64 experiment Investigations of the Triple-GEM-Tracking Detector for COMPASS++/AMBER Simulations of an active-target TPC for a measurement of the proton charge radius Selection and first analysis of the diffractively produced f_1 (1285)π− final state in COMPASS Simulations of the X-ray Spectrum Measured With the ALICE TPC Selection and first analysis of the 𝜔𝜋𝜋 final state at COMPASS Study of charmonia in pp collisions with ALICE at √𝒔 =13 TeV Study of Charge-Up Processes in Gas Electron Multipliers Selection of diffractively produced ηπ and η'π final states at the COMPASS experiment Long-term efficiency analysis of GEM detectors at the COMPASS Experiment Correlating the Gas Electron Multiplier Gain with the Hole Geometry Development of a Cosmic-Ray Tracking Telescope for a GEM-TPC
Entwicklung eines Praktikumsversuchs zum Thema Röntgenstrahlung, Materialanalyse und Computertomographie im Lehramt Physik
A feasibility test for measuring the proton charge radius in high-energy muon-proton elastic scattering